Red mud is a by-product of aluminium manufacturing. Due to high alkalinity and the presence of heavy metals, landfilling of r Volume - 99 Read More ...
Portland cement has been the most reliable cementitious binder for over 200 years but is responsible for more than 7 % of glo Volume - 99 Read More ...
The lead, zirconate, and titanium (PZT) sensor is developed to monitor the changes in alkali activated fly ash-slag binders ( Volume - 99 Read More ...
The huge requirement of aggregates for production of concrete and scarcity of natural aggregates in India calls for an urgent Volume - 99 Read More ...
Calcium sulfoaluminate-belite (CSAB) cement is a lowCO2 alternative binder to Portland cement (PC) for various app Volume - 99 Read More ...
This study aims to evaluate the static behavior of externally bonded Hybrid Fibre Reinforced Polymer laminates in High Streng Volume - 99 Read More ...
The quality of concrete for construction activity is governed by the ingredients and construction water used for mixing and c Volume - 99 Read More ...
Pervious concrete, known for its high porosity and stormwater management benefits, typically has lower compressive strength, Volume - 99 Read More ...
Flyash is gaining popularity as it is used to partially replace cement. Good quality of flyash is being obtained from thermal Volume -99 Read More ...
Non-Structural Elements (NSEs) in buildings are expected to remain operational after earthquakes. But, numerical models of St Volume - 99 Read More ...
This study investigates the characteristics of ternary geopolymer mortar incorporating bacteria as a self-healing agent. The Volume - 99 Read More ...
With growing concerns over the depletion of natural resources, the use of recycled concrete aggregates (RCA) has gained atten Volume - 99 Read More ...
A significant quantity of debris from building and demolition is produced on a yearly basis in every region of the globe. The Volume - 99 Read More ...
Research on the reuse and recycle of plastic waste in building construction offers a way to lessen waste plastic’s damaging Volume - 99 Read More ...
Waste management is arguably the most critical challenge encountering civilization, and providing a way out is of paramount s Volume - 99 Read More ...
Over the last twenty years, there has been considerable focus on the use of fibre-reinforced polymer (FRP) composites as conf Volume - 99 Read More ...
Shortages of river sand impede the construction industry’s ability to procure high-quality fine aggregates for concrete. Th Volume - 99 Read More ...
This research investigates the influence of the fineness of lowcalcium fly ash on the compressive strength of geopolymer conc Volume - 99 Read More ...
The growing importance of high-strength/high-performance concrete necessitates using alternatives to cement as binding materi Volume - 99 Read More ...
Pervious concrete known as no fine concrete, porous concrete, gap-graded concrete, or draincrete has lesser density and a hig Volume - 99 Read More ...
Graphene, the material of the 21st century, possesses exceptional qualities such as high flexibility, Young’s mo Volume - 99 Read More ...
This research study investigates the shear capacity of steelreinforced engineered cementitious composite (ECC) beams with a s Volume - 99 Read More ...
The geopolymer concrete is formed by reacting alkaline solutions with silicon, alumina, and calcium products. Here, a number Volume - 99 Read More ...
This study deals with the partial replacement of cement with ultrafine slag and addition of 0.1 % wt/volume water dispersed g Volume - 99 Read More ...
Fire growth in a compartment is mainly dependent on the amount of combustibles (fire loads) and the ventilation openings. The Volume - 99 Read More ...
Developing countries like India need to address the utilization of agroindustrial waste such as sugarcane bagasse ash (SCBA) Volume - 98 Read More ...
Concrete is the most fundamental material used in the construction work. It requires a huge quantity of water to cure. An eff Volume - 98 Read More ...
Geopolymer binders such as ground granulated blast furnace slag (GGBS) and fly ash (FA) have been promisingly surfaced as pro Volume - 98 Read More ...
Geopolymer concrete (GPC) holds promise as a substitute for traditional concrete, primarily due to its environmental benefits Volume - 98 Read More ...
In the present work, for uniform and thorough dispersion of carbon nanotubes in concrete a very small amounts of multiwalled Volume - 98 Read More ...
Glass fiber reinforced polymer (GFRP) rebar is a rod made of composite material. It has the potential to replace steel rebar Volume - 98 Read More ...
Present study deals with the non-linear finite element analysis by the use of ANSYS 2022 software to analyse the compressive Volume - 98 Read More ...
Ductile failure of reinforced concrete (RC) sections can be ensured only in flexure as all other modes of failure are brittle Volume - 98 Read More ...
This present paper reports results of a study conducted to utilize recycled fine aggregates (RFA) obtained from construction Volume - 98 Read More ...
As more concrete is needed to satisfy infrastructure demands, conventional cement production produces large amounts of CO Volume - 98 Read More ...
According to the Limit State Method as envisaged in IS: 456 (2000), designers can design reinforced concrete sections in flex Volume - 98 Read More ...
The purpose of this study is to investigate the effects of incorporating Linz-Donawitz slag (LD slag) as a partial replacemen Volume - 98 Read More ...
The purpose of this study is to determine how graphene oxide (GO) affects the performance, microstructure, and durability of Volume - 98 Read More ...
Use of mineral admixtures in high strength/high performance concrete is gaining importance due improved performance in durabi Volume - 98 Read More ...
In this research, the strength properties of Composite Fiber Reinforced High-Performance Concrete (CFRHPC) have been investig Volume - 98 Read More ...
In this research, the effect of nano silicon dioxide on some properties of concrete was studied. The nano SiO2 has Volume - 98 Read More ...
Rapid industrialization has produced vast amounts of solid garbage, which are then disposed of in the open with detrimental e Volume - 98 Read More ...
Adsorption of polycarboxylate ether (PCE)-based superplasticizer (SP) on the surface of calcined clay is responsible for redu Volume - 98 Read More ...
Widespread use of precast concrete for building construction can address the rapid demands for timeliness, quantity, quality, Volume - 98 Read More ...
The present paper explores the benefit of using idealised design bilinear stress strain relationship of steel over the simpli Volume - 98 Read More ...
In this study, the experimental and numerical investigation of concrete filled double tube (CFDTS) columns subjected to axial Volume - 98 Read More ...
Enhancing the durability through self-healing technology holds significant promise for mitigating degradation of concrete str Volume - 98 Read More ...
Cement is one of the fundamental constituents of the construction industry. Since the production of cement leads to large emi Colume - 96 Read More ...
It is an established fact that the behavior of a raft foundation or an isolated footing is governed by relative stiffness of Volume - 96 Read More ...
Utilization of recycled aggregates (RA) extracted from construction and demolition waste (CDW), for production of cement conc Volume - 96 Read More ...
Utilization of industrial wastes like bottom ash (BA) and fly ash (FA) as a complete replacement for natural fine aggregate ( Volume - 98 Read More ...
Silane based surface impregnants improve the surface characteristics by imparting water repellency. However, wet conditions a Volume - 98 Read More ...
Natural fiber reinforced concrete can meet worldwide demand and promote sustainable development. This study aims to find out Volume - 98 Read More ...
This study examines the impact of deicers on the compressive strength and microstructure of concrete at ambient temperatures Volume - 98 Read More ...
The objective of the proposed hybrid control system is to reduce the response of buildings against the earthquake ground moti Volume - 98 Read More ...
The transfer of external loads from their source to the foundation is highly dependent on the connections present between loa Volume - 98 Read More ...
Construction cost estimating is completed only when all details of the activity are scrutinized. This involves looking at all Volume - 98 Read More ...
The use of self-compacting concrete (SCC) is gaining significance for reasons of its high flowability without segregation. Ho Volume - 98 Read More ...
An enormous amount of coal combustion ash is generated by Indian power industries. The storage of coal bottom ash on land pol Volume - 98 Read More ...
Prestressed strands in concrete can experience corrosioninduced degradation in the presence of chlorides, which involves degr Volume - 98 Read More ...
The concept of modular ratio in reinforced concrete is used in the working stress method to transform the composite section i Volume - 98 Read More ...
Investigations have indicated that the inclusion of a prefabricated cage significantly enhances the flexural strength, ductil Volume - 98 Read More ...
Controlled permeability formwork liner (CPF) is a novel approach for improving the concrete cover zone’s quality. This meth Volume - 98 Read More ...
The construction industry has a pressing need to identify a dependable and cost-effective element as an alternative to conven Volume - 98 Read More ...
A critical factor in the construction of reinforced cement concrete (RCC) structures is the timing of the safe removal of for Volume - 98 Read More ...
In this paper, bottom ash’s capacity to be recycled is demonstrated at the submicron level. Due to its predominance in sand Volume - 98 Read More ...
With the objective of making today’s concreting practices more sustainable, the current study compares ternary geopolymer c Volume - 98 Read More ...
The most pressing problem facing humanity today is waste, and finding a solution is a top priority. Use of waste is now seen Volume - 98 Read More ...
Pervious concrete is acknowledged as an environmentally friendly material due to its capacity to enable water passage and eff Volume - 98 Read More ...
The current global challenge of waste management necessitates the exploration of viable alternatives. At present, the utiliza Volume - 98 Read More ...
This study investigates the mechanical and transport properties of polymer-modified repair composites developed with Portland Volume - 98 Read More ...
Due to the shortage of natural coarse aggregate, demolition of old concrete deposits are incorporated into structural concret Volume - 98 Read More ...
This study utilises moisture distribution profiles harvested from literature and gravimetric observations made in the laborat Volume - 98 Read More ...
Geopolymer concrete prepared using fly ash is a unique environment friendly construction material. It is essential to know th Volume - 98 Read More ...
Concrete filled steel tube (CFST) columns are commonly used in bridges and buildings because of their high strength, high ene Volume - 98 Read More ...
The experimental research examines the production of laboratory concrete by replacing natural fine aggregates with recycled f Volume - 98 Read More ...
Ductility plays an important role in aseismic design of structures. Reinforced concrete sections can be made ductile in flexu Volume - 98 Read More ...
This study focuses on the development of a sustainable lightweight geopolymer concrete (LGPC) canoe, with the goal of reducin Volume - 98 Read More ...
In the present study, quaternary blended concrete developed by replacing cement partially with the industrial waste such as v Volume - 98 Read More ...
This research paper explores the implementation of multicriteria decision-making approaches (MCDM) in the produced fly ash (F Volume - 97 Read More ...
Strengthening present structures has become an important segment of the construction industry due to various considerations s Volume - 97 Read More ...
In the present study on SCC, 30 % of cement content of SCC is replaced with fly ash and 15 % with micro sized CaCO3 Volume - 97 Read More ...
In recent years, most of the countries are promoting regulations on waste minimisation, recycling and reuse, due to its envir Volume - 97 Read More ...
The railway track structures rely on sleepers to fulfil an important role of bearing the loads exerted on the rails, subseque Volume - 97 Read More ...
The existence of a non- homogeneous unique zone in concrete along the periphery of steel surface is being referred as steelco Volume - 97 Read More ...
In this paper, the effectiveness of fly ash (FA) and ground granulated blast-furnace slag (GGBS) in controlling the heat of h Volume - 97 Read More ...
In reinforced simply supported concrete beam neutral axis separates two zones namely the tension zone and compression zone. C Volume - 97 Read More ...
The present study aims to assess the impact of a blast on a five-story reinforced concrete (RC) frame structure through compu Volume - 97 Read More ...
Pore structure of concrete aggregate has always been overlooked in the context of concrete durability, especially for concret Volume - 97 Read More ...
This paper describes the potential of using thermomechanicallybeneficiated recycled aggregates to replace pristine (natural) Volume - 97 Read More ...
Alkali silica reactivity (ASR) is considered as one of the greatest jeopardy to the durability of concrete structures. ASR po Volume - 97 Read More ...
Tremendous collection of single use plastic in the form of non-biodegradable solid waste is a major global issue. Plastic end Volume - 97 Read More ...
IS:456 (2000) provides design methodology for structural concrete up to M60 grade, design parameters for higher grades of con Volume - 97 Read More ...
Limestone calcined clay cement (LC3) is a mixture of clinker, calcined clay, limestone powder, and gypsum. The special blend Volume - 97 Read More ...
Energy·CO2 Minimum (ECM) concrete, one of Japan’s leading environmentally friendly concrete products, achieves Volume - 97 Read More ...
Foam concrete (FC) has recently received a lot of attention owing to its excellent properties such as high workability, low d Volume - 97 Read More ...
Buildings consume energy in their life cycle right from construction to demolition. Calculating the embodied energy provides Volume - 97 Read More ...
With the aim to explore the potential contributions of discarded coconut fibers (DCF) as reinforcement in concrete the harden Volume - 97 Read More ...
This paper presents a finite-difference computational approach to modelling the early-age temperature development in a layer Volume - 97 Read More ...
After water, concrete is the resource with the second highest available commodity on the whole planet. There is still widespr Volume - 97 Read More ...
Reinforced Cement Concrete (RCC) is one of the most widely used composite construction materials worldwide for constructing s Volume - 97 Read More ...
In order to find sustainable alternative to the conventional concrete, several researchers have explored addition of differen Volume - 97 Read More ...
Textile reinforced concrete (TRC) is a composite material consisting of fabric reinforcement embedded in fine-grained concret Volume - 97 Read More ...
Most parts of the Indian Himalayan region are susceptible to severe earthquake shaking. Non-engineered construction practices Volume - 97 Read More ...
Transfer elements are gaining popularity in tall buildings to support discontinuous vertical elements, such as columns or str Volume - 97 Read More ...
The waste materials of various metal industries are well established as raw materials of concrete. But the ferrochrome indust Volume - 97 Read More ...
Current work summarizes research done on potential of sintered fly ash lightweight aggregate based concrete and its suitabili Volume - 97 Read More ...
In shear walls, the vertical reinforcements being generally uniformly distributed over the section are represented by a conti Volume - 97 Read More ...
Out-of-phase vibrations of series configured structural systems subjected to ground shaking scenarios lead to collisions betw Volume - 97 Read More ...
In this experimental study, main focus is improvement of construction and demolished (C&D) waste aggregate performance an Volume - 97 Read More ...
Sulfate attack is a deteriorating phenomenon in concrete and is responsible for strength reduction, development of cracks, an Volume - 97 Read More ...
We are faced with an era where availability of raw materials for construction is discussed as an under threat point and possi Volume - 97 Read More ...
RCC elements subjected to axial load and biaxial bending generally come across in design practice; a corner column in an RCC- Volume - 97 Read More ...
The workability of concrete is a complex phenomenon that is equally difficult to measure. Extensive workability tests perform Volume - 97 Read More ...
Different types of fibers are added to concrete to control cracking due to shrinkage. The parameters affecting the behavior o Volume - 97 Read More ...
In order to study the influence of fiber grid type, fiber grid surface treatment and maximum grain size of coarse aggregate o Volume - 97 Read More ...
Circular reinforced concrete columns provide good aesthetics. Circular columns will have same moments of inertia about any di Volume - 97 Read More ...
As there is ever increasing demand of coarse aggregate for construction of concrete based infrastructure in India, the Indian Volume - 97 Read More ...
In order to bring sustainability in construction, nowadays, many industrial solid wastes are used as a partial replacement fo Volume - 97 Read More ...
The present work proposes to adopt and investigate the applicability of high dynamic range (HDR) images for the identificatio Volume - 97 Read More ...
Fly ash (FA) and ground granulated blast-furnace slag (GGBS) are two promising supplementary cementitious materials (SCM Volume - 97 Read More ...
Fly ash based geopolymer concrete (GPC) requires the temperature curing thus it is limited to precast constructions only. The Volume - 97 Read More ...
This paper presents the multi-response optimization of various parameters influencing the mechanical properties of geopolymer Volume - 97 Read More ...
Cementitious grout refers to a predetermined proportion of cement and water used to fill narrow spaces in a variety of constr Volume - 97 Read More ...
The basic objective of any cement composite is to achieve high strength and improve durability to withstand a longer life spa Volume - 97 Read More ...
Concrete is the core material of construction that has industrially made of calcareous mixture-cement as one of its core comp Volume - 97 Read More ...
Chloride diffusion coefficient is determined in control concrete and with partial replacement of cement by fly ash, silica fu Volume - 97 Read More ...
An experimental exploration was done to study the impact of recycled plastic waste granules as partial substitute for fine ag Volume - 97 Read More ...
The demand for construction is increasing with the rise in population. It is necessary to check the construction performance Volume - 97 Read More ...
Typically, the post-tensioned (PTd) concrete bridges have an anticipated design life or corrosion-free service life of 100+ y Volume - 97 Read More ...
The 3 R’s of reduce, reuse and recycle applicable to civil construction works are warranted. Integration of waste managemen Volume - 97 Read More ...
This paper describes the results of a comparative study between concrete mixes containing natural plasticizer (NP) and chemic Volume - 97 Read More ...
Concrete block pavement (CBP) consists of concrete blocks of brick-sized units connected together with jointing sand and plac Volume - 97 Read More ...
Annually a significant volume of concrete is produced around the world as a result of the destruction of older buildings for Volume - 97 Read More ...
The present study deals with the fresh state behavior of paving concrete containing discarded coconut coir fibres (DCF). Owin Volume - 96 Read More ...
A structural designer requires realistic design loads for safe and economical design of buildings. Recent study of Indian loa Volume - 96 Read More ...
This paper reports on a clever inquiry regarding endeavors to make building bricks utilizing mechanical by-products and there Volume - 96 Read More ...
In this paper, an effort is made to understand the shear mode of failure of concrete filled un-plasticized polyvinyl chloride Volume - 96 Read More ...
The proper disposal of the wastes generated from the industries is a severe concern in India. The byproducts from industrial Volume - 96 Read More ...
The durability properties of hybrid fiber-reinforced high-strength concrete (HFRHSC) were examined in this research. Ramie fi Volume - 96 Read More ...
The effects of lateral loads on tall buildings are pretty significant. Therefore the influence of these actions must be co Volume - 96 Read More ...
In this study, late age re-hydration for metakaolin (MK) added ultra high performance concrete (UHPC) with water curing from Volume - 96 Read More ...
Conservation of natural resources, and reduction in environmental pollution can be achieved by utilizing industrial waste for Volume - 96 Read More ...
The study investigates the potential of iron slag (IS) and recycled concrete aggregates (RCA) used as replacement of natural Volume - 96 Read More ...
The article discusses a case study of strengthening of bulk urea silo for a leading fertilizer manufacturing company in India Volume - 96 Read More ...
As per prescriptive method of design specified by our standards designers have the option of designing a reinforced concrete Volume - 96 Read More ...
The shear study of reinforced ternary blended ferrocement was investigated by conducting flexural tests on simply supported r Volume - 96 Read More ...
Concrete usually performs well in building fires. Concrete members undergo significant distress and retain no useful structur Volume - 96 Read More ...
Construction of infrastructure facilities requiring mass concrete such as transmission lines towers’ foundations, pedestals Volume - 96 Read More ...
High strength concrete (grades higher than M55) results in smaller sizes of columns leading to the availability of higher flo Volume - 96 Read More ...
Recycled fine aggregate (RFA) becomes very significant and promising alternative materials for natural fine aggregate (river Volume - 96 Read More ...
Flow behavior of the binder paste renders a fair idea about the properties of high-performance concrete, especially, in the f Volume - 96 Read More ...
Reactive powder concrete (RPC) is classified under ultra high performance concrete (UHPC) vowing to its dense and uniform mic Volume - 96 Read More ...
Reliability analysis for rectangular reinforced concrete columns has been evaluated with varying live loads. The deterministi Volume - 96 Read More ...
This study considers low (5-storey), medium (10-storey), and high-rise (20-storey) buildings on hard, medium, and soft soils Volume - 96 Read More ...
Concrete is a conglomerate of aggregates encapsulated in a continuous matrix of binder phase. Concrete is comprised of agg Volume - 96 Read More ...
This paper used volcanic ash as the chief modifier to improve Portland cement. The effect of raw material proportioning on co Volume - 96 Read More ...
In tropical countries, maximum heat gain in buildings is through roof slab, which necessitates the provision of insulation to Volume - 96 Read More ...
Concrete is made of chemically active material - cement and volume rigid inclusions - aggregates. Behavior of concrete is exp Volume - 96 Read More ...
The steel industries generate millions of tons of slag as byproduct during their production stages. This slag is classified a Volume - 96 Read More ...
Geopolymers are innovative and eco-friendly construction materials that are produced by the activation of aluminosilicates wi Volume - 96 Read More ...
For the analysis of reinforced concrete frames, beams-column joints are generally assumed as rigid. In practice much attentio Volume - 96 Read More ...
Sustainable and efficient transportation infrastructure is the main requirement of developing countries like India. Road cons Volume - 96 Read More ...
The advantages of concrete, which is strong in compression, and steel, which is better to resist tensile forces, are better u Volume - 96 Read More ...
This paper presents an experimental investigation on the shear behavior of concrete beams of low shear span-to-depth ratios w Volume - 96 Read More ...
Technological aspects of formation of strength and durability of semi-dry pressed concrete are considered. The main factor th Volume - 96 Read More ...
An overview of emerging advances in geopolymer concrete and its mechanical, durability, and microstructural properties are pr Volume - 94 Read More ...
The recent growth in the construction industry puts India at risk of increasing carbon emission and depletion of natural reso Volume - 96 Read More ...
This study investigates performance of clay based geopolymers at elevated temperatures and compares with the conventional geo Volume - 96 Read More ...
Explicit formulation for the flexural strength of a shear wall with boundary elements is presented. This development is based Volume - 96 Read More ...
The production and use of concrete are responsible for natural resource consumption and adverse environmental effects. Evalua Volume - 96 Read More ...
The durability of the reinforced concrete structures in the marine environment can be achieved by adding corrosion inhibitors Volume - 96 Read More ...
As we know that mostly pollution comes from the industry and the vehicles have badly affected the aesthetic view of structure Volume - 96 Read More ...
A major deterrent to the large-scale use of self-compacting concrete (SCC) in the industry has been its limited robustness or Volume - 96 Read More ...
Fire in a tunnel is a rare probability, but it represents a severe hazard to the tunnel structure and can lead to significant Volume - 96 Read More ...
Fiber-reinforced concrete has been popular in its use in the recent past. Limited authors have reported the influences of Volume - 96 Read More ...
As the use of high-strength concrete becomes common, the risk of exposing it to high temperatures also increased. The behavio Volume - 96 Read More ...
The present study evaluates the effectiveness of two different fibers, i.e., steel and Polypropylene (PP), along with their h Volume - 96 Read More ...
Case study of fire damaged industrial structure is discussed which was investigated for the purpose of suggesting appropriate Volume - 96 Read More ...
Geopolymer is a potential alternative to ordinary Portland cementitious binder in terms of energy conservation and environmen Volume - 96 Read More ...
Due to the vast quantities of concrete that are produced annually, the material represents substantial greenhouse gas (GHG) e Volume - 96 Read More ...
This review paper presents the important outcomes of 144 research papers published in the open literature on geopolymer concr Volume - 96 Read More ...
Chemistry of cement hydration is studied by many methods including spectroscopic method. Fourier transform infrared spectrosc Volume - 96 Read More ...
Expanded polystyrene (EPS) - cement composite materials are characterized by light weight and good thermal insulation, in ord Volume - 96 Read More ...
The recycling of waste concrete is beneficial and necessary for the environmental preservation and effective utilization of n Volume - 96 Read More ...
The acquisition of natural sand and dumping of fine recycled aggregates (FRA) are two serious environmental problems that Volume - 96 Read More ...
Geopolymer concrete (GPC) is a sustainable construction material developed from industrial waste products which eliminates Volume -96 Read More ...
A parametric analysis of deflection control of reinforced recycled aggregate concrete (RAC) one-way members is presented i Volume - 96 Read More ...
A full-scale pilot project has been conducted to demonstrate the use of fine recycled concrete aggregates (RCA) for two di Volume - 96 Read More ...
With the development of waste management and recycling technology, it is possible to produce high quality recycled concrete a Volume - 95 Read More ...
Properties in fresh and hardened state of self-compacting concrete (SCC) decide its performance and long-term durability of s Volume - 95 Read More ...
Ceramic products are part of the essential construction materials used in most buildings. Some common manufactured ceramics i Volume - 95 Read More ...
The investigation covers the outcomes of chloride ingression and water absorption tests of concrete containing coal bottom as Volume - 95 Read More ...
Cement mortar rendering suffers from cracking due to shrinkage. This research aims to find the optimum content of chopped Volume - 95 Read More ...
This paper focuses on developing concrete mix design using the android application as per the Indian Standard IS: 10262 (2019 Volume - 95 Read More ...
Reinforced concrete bridge pier caps are the flared top portion of the pier provided to safely transmit the heavy loads from Volume - 95 Read More ...
Dynamic characterization of concrete using 76 mm diameter compressive split Hopkinson pressure bar is carried out in the pres Volume - 95 Read More ...
The concrete commonly used in engineering structures is a material having high compressive strength but low tensile strength. Volume - 95 Read More ...
Glass Fibre Reinforced Gypsum (GFRG) panels are used as walls and slabs with Reinforced Concrete (RC) infilled in their ca Volume - 95 Read More ...
The shear span-to-depth ratio (a/d) is the most important factor influencing the shear strength of reinforced concrete bea Volume - 95 Read More ...
Limestone calcined clay cement (LC3) is one of the sustainable cementitious materials with a promising future. In Volume - 95 Read More ...
Use of supplementary cementitious materials (SCMs) has substantially increased in the construction industry in rec Volume - 95 Read More ...
This paper aims to adjust the model parameters of the B4 and B4s models using newly collected laboratory data for Volume - 95 Read More ...
Empirical tests like the slump test are often used at site for the measurement of workability of concrete. Most test methods Volume - 95 Read More ...
Most of the Indian concrete code [IS: 456 (2000)] provisions were developed during the 1970s and are based on experimental Volume - 95 Read More ...
Seismic performance evaluation of RC frame designed based on stiffness of effective section as per IS:1893-2016 and gross Volume - 95 Read More ...
Considering the growing demand for placing the concrete to greater distances (vertical/horizontal) along with the developm Volume - 95 Read More ...
The characterization of the complete uniaxial compressive stress-strain curve of concrete is crucial for a more rational a Volume - 95 Read More ...
Two three-storey half-scale Reinforced Concrete(RC) building, are designed and constructed to study its seismic response c Volume - 95 Read More ...
Earthquake safety of buildings is one of the primary concerns of structural engineers throughout the world. The performanc Volume - 95 Read More ...
Natural vibration period is an important parameter in seismic design and response analysis of structures. This study focus Volume - 95 Read More ...
In past years, the natural disaster has a serious impact over the human society which causes a loss of resilience of the s Volume - 95 Read More ...
Coupled shear walls of multi-storey reinforced concrete buildings have been used in the past in earthquake zones. However, Volume - 95 Read More ...
The present study is an effort to investigate the reason of severe seismic vulnerability of structures with plan irregular Volume - 95 Read More ...
The feasibility of the use of locally available sesame seeds (SS) as an alternate to synthetic foaming agents for foamed c Volume - 95 Read More ...
The use of fly ash in roller compacted concrete (RCC) is an avenue for fly ash utilization. This study focuses on investig Volume - 95 Read More ...
This article focuses on an experimental study of the mechanical properties of fly ash (FA) and ground granular blast furna Volume - 95 Read More ...
The recent researches have shown that micro-organisms can be helpful material to self-repair of cracks in concrete by usin Volume - 95 Read More ...
High-strength concretes (of grades higher than M55) are now commonly used in the construction of high-rise buildings, indu Volume - 95 Read More ...
The available constitutive models proposed for concrete generally aim at investigating its nonlinear inelastic mechanical Volume - 95 Read More ...
The paper presents study conducted on sintered fly ash coarse aggregate produced indigenously. The sintered fly ash coarse ag Volume -95 Read More ...
Resilient infrastructure creation in a fast track manner is the need of the day. In this context, textile-reinforced concrete Volume - 95 Read More ...
This paper presents the details of studies carried out to investigate the fracture energy of fiber-reinforced rubcrete with a Volume - 95 Read More ...
This paper presents the results of polymer-modified fiberreinforced concrete (PMFRC). The various strengths considered in thi Volume - 95 Read More ...
Increasing urban sprawl is resulting in buildings and inhabited areas being located closer to highways resulting in complaint Volume - 95 Read More ...
This paper presents a preliminary feasibility study on the utilisation of a high quality recycled concrete aggregates (RCA Volume 95 Read More ...
Due to the substantial boom in infrastructure growth in developing countries such as India, the supplies of natural aggregate Volume 95 Read More ...
Self-compacting concrete (SCC) is a flowable mix, which can spread and fill the form work completely encapsulating the reinfo Volume 95 Read More ...
Construction activities can enhance both economic as well as environmental burden owing to the high cost of building mater Volume 95 Read More ...
The durability of a reinforced concrete structure or structural element relates to its capacity to withstand its exposure env Volume - 95 Read More ...
Majority of reinforced concrete port structures in India are experiencing premature failures due to chloride-induced corrosio Volume - 95 Read More ...
Reinforcement corrosion is the major durability issue causing premature failure of reinforced concrete structures. Ingress of Volume - 95 Read More ...
This study analyses the influence of commercially available mixed inhibitor [sodium nitrite based water reducing and corrosio Volume - 95 Read More ...
Microalloyed steel is widely used in the automobile sector and recently finding its place in the construction of buildings, b Volume - 95 Read More ...
Impressed current cathodic protection (ICCP), following on from its early success in buried pipelines and submerged structure Volume - 95 Read More ...
Concrete is the building block of modern society and the most widely used building material. There are several initiatives Volume - 95 Read More ...
Urbanization will dramatically increase in the coming decades; hence building and infrastructure construction will shoot u Volume - 95 Read More ...
This paper provides a literature review on the use of bottom ashes in the production of concrete with recycled aggregates. Volume - 95 Read More ...
Since the last few decades, chemical admixtures have become an integral part of cement concrete produced at concrete batch Volume - 95 Read More ...
Prescriptive durability provisions have been used worldwide for designing concrete structures. Such structures are found t Volume - 95 Read More ...
Architecture is both art and science; it is physical yet intangible; it is the buildings we build and it is also the assim Volume - 95 Read More ...
Reinforced concrete box culverts are subjected to moving loads and weathering actions which results into faster deterioration Volume - 95 Read More ...
The high strength concrete has been found brittle in nature due to smooth failure plane between the closely packed dense matr Volume - 95 Read More ...
A concrete structure when subjected to sustained load presents progressive strain over time, which is associated with the cre Volume - 95 Read More ...
The Indian designers and contractors preferred long span concrete girder bridges constructed by cantilever method of construc Volume - 95 Read More ...
This paper manifests on the potential use of air-cooled ferrochrome slag (ACFS) as a coarse aggregate of structural concrete. Volume - 95 Read More ...
Bridge decks require substantial maintenance due to deterioration and degradation resulting from cyclic loading induced damag Volume - 95 Read More ...
Use of basalt fiber-reinforced polymer (BFRP) rebars has lately been introduced as an effective means for replacement of t Volume - 95 Read More ...
This paper describes the current state of maintenance and counter measures for expressways, which are an important infrast Volume - 95 Read More ...
Fiber-reinforced polymer (FRP) confined concrete composites are increasingly used in building construction and civil engin Volume - 95 Read More ...
The flexure-shear behavior of steel and hybrid fiber reinforced prestressed concrete beams are studied in three-dimensiona Volume - 95 Read More ...
In building construction, reinforced concrete (RC) Frame structures are frequently used due to ease of construction and ra Volume - 94 Read More ...
The present manuscript discusses the results of a series of tests conducted to study, in detail, the performance of reinforce Volume - 94 Read More ...
The present study reports experimental works on Hybrid Fiber Reinforced Concrete (HyFRC) using a combination of steel and two Volume - 94 Read More ...
There is growing realisation worldwide that our planet earth is being threatened by malefic twins of uncontrolled use of natu Volume - 94 Read More ...
This paper presents a review on performance of self-compacting concrete (SCC) containing ground granulated blast furnace slag Volume - 94 Read More ...
This paper focuses on the synthesis of alkali-activated binder using copper slag as aluminosilicate source and evaluates the Volume - 94 Read More ...
Conforming only to materials’ specifications is often inadequate while dealing with concrete quality on large projects. The Volume - 94 Read More ...
The measurement of the corrosion demands certain specialization as the best techniques are of electrochemical nature. The mos Volume - 94 Read More ...
The effect of chloride (NaCl), sulfate (MgSO4), and combined chloride plus sulfate on rebar corrosion in blended c Volume - 94 Read More ...
The adverse weather conditions, particularly the raised CO2 level in air leads to reduction in service life of rei Volume - 94 Read More ...
Reinforcement corrosion is the most important durability threat and cause of premature failure of reinforced concrete structu Volume - 94 Read More ...
Seven-wire strands in pretensioned concrete (PTC) structures can undergo chloride-induced localized corrosion. The corrosion Volume - 94 Read More ...
Cement-Polymer-Composite (CPC) coating is used to coat steel rebars in anticipation of delaying the initiation of corrosion i Volume - 94 Read More ...
In this experimental investigation, the performance of galvanized steel rebars was assessed for its use in construction. The Volume - 94 Read More ...
In this paper, 12 steel reinforced concrete specimens made of fly ash and slag concrete are exposed to 1-directional (1D) and Volume - 94 Read More ...
Patch repairs can lead to the formation of incipient anodes in the zones adjacent to a repaired area. Presently, in India, ca Volume - 94 Read More ...
An in-situ carbon fiber-reinforced polymer (CFRP) ?-anchor is developed for CFRP U-wraps used to strengthen reinforced con Volume - 94 Read More ...
Strengthening of structures considerably prolongs the functional service life by restoring strength of damaged structures. Volume - 94 Read More ...
The combined diagonal compression and tension allows the formation of cracks in the beam column joint region. The poor ten Volume - 94 Read More ...
Resilient structures with the use of advanced engineered materials are the need of near future particularly under extreme loa Volume - 94 Read More ...
The present research study is based on numerical modeling for predicting the response of steel-reinforced engineered cemen Volume - 94 Read More ...
To significantly reduce the requirement of special detailing which leads to extremely complicated and uneconomical design Volume - 94 Read More ...
This paper provides a review of the development of digital fabrication methods in the construction industry and academia, Volume - 94 Read More ...
The purpose of this study is to bring out the factors affecting labour productivity, which can have a strong influence on Volume - 94 Read More ...
Along with the research advancement in the field of nanotechnology, the sensor used in construction industry has also beco Volume - 94 Read More ...
Technology development and adoption in the construction sector are slow. The traditional approach to product development h Volume - 94 Read More ...
High strength concrete (HSC) columns, with strengths up to 100MPa, are increasingly used in multi-storey buildings with fl Volume - 94 Read More ...
In this paper, the morphological characteristics of rollercompacted concrete (RCC) mixes containing reclaimed asphalt pave Volume - 94 Read More ...
Defect estimation of concrete structures by machine learning of spectrogram images of impact echo sound has been shown to Volume - 94 Read More ...
The responsible sourcing of materials and the potential to reduce waste and increase sustainability is an increasingly import Volume - 94 Read More ...
Indian economy is expected to grow rapidly over the coming decades with increasing urbanization, industrialization and conseq Volume - 94 Read More ...
With the fast development of construction industry in Chinese mainland, lot of problems also appear simultaneously, for ex Volume - 94 Read More ...
An extensive assessment of the product quality has been conducted at Shastri Park C&D waste recycling plant in Delhi. Volume - 94 Read More ...
In this experimental study, a simple unique mixture proportioning method starting with volume of paste was successfully ad Volume - 94 Read More ...
The mix proportion of the pervious concrete is designed based on that the ratio of water-cement is 0.3 and the ratio of sa Volume - 94 Read More ...
The nano-hardness of the interfacial transition zones of recycled concrete with graphene oxide were studied by using nanoi Volume - 94 Read More ...
Increasing the reuse potential of construction and demolition waste (CDW) in building industries is one of the main focus Volume - 94 Read More ...
Swedish magnetite, mined within the arctic circle, is predominantly utilised in Steelmaking. However, due to its naturally Volume - 94 Read More ...
Since about 1994, the construction sector generally faces an increasing productivity gap when compared with other classic man Volume - 94 Read More ...
Geopolymers and more generally alkali-activated binders represent possible alternatives to classical Portland cements. The Volume - 94 Read More ...
The advancements in material sciences have led to development of altogether alternative binding material to concrete in fo Volume - 94 Read More ...
An experimental investigation of fly ash activated with sodium based alkali-silicate activating solutions is presented. As Volume - 94 Read More ...
Geopolymer material has emerged as a potential substitute for the ordinary Portland cement and research on this material h Volume - 94 Read More ...
This paper addresses the importance of implementing circular economy for a sustainable future by focusing on the merits of Volume - 94 Read More ...
Bonding in any type of concrete plays a crucial role in the performance of reinforced concrete structures, which are profo Volume - 94 Read More ...
Burnt clay bricks and concrete blocks are very popular traditional units used in structural masonry. Both are energy-inten Volume - 94 Read More ...
In this article, a comprehensive review is conducted to summarize the research and development on Engineered Cementitious Volume - 94 Read More ...
Four different polyvinyl alcohol engineered cementitious composite (PVA-ECC) composites with different fiber contents were Volume - 94 Read More ...
Engineered Cementitious Composite (ECC) with unique tensile strain-hardening and multiple-cracking properties is an advanc Volume - 94 Read More ...
The present research emphasizes on the performance characteristics of hybrid fiber reinforced Engineered Cementitious Comp Volume - 94 Read More ...
Modulus of Elasticity of concrete is an important parameter which shows the ability of concrete to deform elastically. Ult Volume - 94 Read More ...
The present research emphasizes on the performance characteristics of ECC by hybridization of micro fibers. Seven mixes al Volume - 94 Read More ...
A major advantage of high-strength concrete (HSC) is the reduction in size of members in a reinforced concrete building. T Volume 94 Read More ...
The purpose of this paper is to discuss some of the challenges encountered during the design of two reinforced concrete dr Volume - 94 Read More ...
Ordinary Concrete and High Strength Concrete (HSC) could be distinguished with respect to its compressive strength (CS). C Volume - 94 Read More ...
Geopolymer concrete is one of the most emerging alternate construction materials to conventional cement concrete. Fly ash Volume - 94 Read More ...
Concrete is one of the mainly extensively used construction material. Due to growing environmental awareness and increasin Volume - 94 Read More ...
The cost of maintenance of irrigation infrastructure including water gates has absorbed substantial budget of APBN Directo Volume- 94 Read More ...
Fire remains one of the serious potential risks to most buildings and structures. The extensive use of concrete as a struc Volume - 94 Read More ...
The Indian Concrete Journal, Vol. 94, No. 4, April 2020. Volume - 94 Read More ...
Stress-strain parameters of concrete is essentially required during the design phases of structural members. With the evoluti Volume 94 Read More ...
With increase in use of High Strength Concrete (HSC) and its known brittle behavior it is very important to understand the fr Volume 94 Read More ...
One-way shear design provisions of Indian Standard IS:456-2000 were first introduced in its 1978 version. The empirical desig Volume 94 Read More ...
This paper presents the development and validation of proposed shear design provisions for concrete members. The design expre Volume 94 Read More ...
Self-Compacting Concrete (SCC) is flowable and highly viscous which does not require any external compaction during casting a Volume 94 Read More ...
In the present work, the effect of synthetic fibres on the mechanical properties of concrete are investigated. Total fifteen Volume 94 Read More ...
The point-of-view presents the need to revise the IS:456-2000 provisions on the minimum percentage of longitudinal steel in a Volume 94 Read More ...
On March 15, 2018, a prestressed concrete truss footbridge in Miami, Florida, USA collapsed during construction. This bridge Volume 94 Read More ...
In the conventional design of reinforced concrete (RC) rectangular slabs in beam-slab systems subject to gravity loading, it Volume 94 Read More ...
A common observation is that flexural load carrying capacity of reinforced concrete slab from yield line analysis is lower th Volume 94 Read More ...
Along with the very commonly occurring narrow normal beams, wide beams also occur in some situations in different kinds of st Volume 94 Read More ...
Fiber Reinforced Polymer (FRP) has been recognized as an efficient retrofit material for structures worldwide. The present st Volume 94 Read More ...
External post tensioning is a common technique to increase the structural member`s capacity due to its active strengthening s Volume 94 Read More ...
This study aims at comprehensively exploring and comparing four different methods of vibration-based damage detection in rein Volume 94 Read More ...
Life Cycle Assessment (LCA) is applied to develop a methodology for calculating Environmental Disturbance Indicators (EDI) Volume 94 Read More ...
There has been a significant push in the direction of reducing carbon footprint of concrete through the development of alt Volume 94 Read More ...
The scarcity of traditional Supplementary Cementitious Materials in the region Latin America is compromising the strategy Volume 94 Read More ...
This paper presents a summary of the major findings from the studies conducted at Indian Institute of Technology (IIT), Ma Volume 94 Read More ...
This article reviews our current understanding of the efficient and durable usage of Limestone Calcined Clay Cement (or LC3 i Volume 94 Read More ...
Due to rapid industrialisation, a large amount of industrial waste are produced which needs efficient and effective dispos Volume 94 Read More ...
In present research investigation, Fly ash based Geopolymer Concrete (FGPC) has been manufactured by full substitution of Volume 94 Read More ...
The studies and applications of Engineered Cementitious Composites (ECC) in China have never been stopped ever since it wa Volume 94 Read More ...
Urban areas are critical for resource efficiency and circular construction. With half of all extracted materials and energ Volume 94 Read More ...
The climate and biodiversity topics are currently at the forefront of the international sustainability agenda and the 17 U Volume - 94 Read More ...
2020 marks the first anniversary of the publication of the book “New Trends in Eco-Efficient and Recycled Concrete”. I Volume - 94 Read More ...
Aluminium cannot be used to reinforce regular concrete since the high pH will attack the metal and evolve hydrogen gas. Ho Volume - 94 Read More ...
The paper examines the potential of Metakaolin (MK) and Silica Fume (SF) blended with Portland Cement (PC) and Fly Ash (FA Volume - 94 Read More ...
The prodigious demand for aggregates in the construction industry leads paucity of natural aggregates, which commands to l Volume - 94 Read More ...
In the present study, concrete is made with replacing sand by recycled fine aggregate in different water cement ratios (0. Volume - 94 Read More ...
As recycled aggregate has a high water absorption rate, the traditional mixing process (TMP) is likely to create an area w Volume - 94 Read More ...
Concrete is globally available and the material of choice for the majority of buildings and infrastructure. It is relative Volume - 94 Read More ...
This paper investigates the effect of passive confinement provided from ECC cover on corrosion of steel reinforcing bars. Volume 93 Read More ...
Engineered Cementitious Composite (ECC) with ductile strain-hardening and fine multiple cracking behaviors has been recogn Volume 93 Read More ...
Residual mechanical properties, after exposure to temperatures of up to 800ºC, of Hybrid Fibre-Reinforced Strain-Hardenin Volume 93 Read More ...
Engineered Cementitious Composites (ECC) is regarded as a multifunctional smart material due to its intrinsic autogenous s Volume 93 Read More ...
This paper reports on sulfuric acid resistance of a strainhardening fibre-reinforced geopolymer composite, named Engineer Volume 93 Read More ...
High strength concrete exhibits several desirable mechanical properties for structural application in seismic regions and Volume 93 Read More ...
An experimental investigation was carried out to determine the dynamic modulus of elasticity of pozzolana Portland cement Volume 93 Read More ...
Growth in economy leads to development in cities at a much higher rate and tall buildings are a direct effect of this grow Volume 93 Read More ...
This study is focused on the seismic strengthening of reinforced concrete (RC) frames with soft-stories using buck Volume 93 Read More ...
Seismic design code for water retaining tanks IS 1893 (Part-II) 2014 indirectly consider the nonlinear behaviour of struct Volume 93 Read More ...
In modern cities due to the increase in vertical growth of structures, basement floors are mainly utilized for parking of Volume 93 Read More ...
The present work aims to study the effect of masonry infill (MI) in reinforced concrete building with steel-concrete compo Volume 93 Read More ...
The recent fire incidences in reinforced concrete (RC) structures in India warrant for the inclusion of actions of fire Volume 93 Read More ...
Due to boom in construction sector, large amount of Ordinary Portland Cement (OPC) is being consumed. Cement production Volume 93 Read More ...
Concrete is a reliable construction material in resisting fire. But, when exposed to high temperature for longer duratio Volume 93 Read More ...
In past few decades, the world has witnessed the availability of several natural resources which are being wasted. Perlite Volume 93 Read More ...
Alkali-activated binders (AAB) are a new class of construction materials based on polymerization chemistry and are known Volume 93 Read More ...
Due to the rapid increase in concrete utilization all over the world, there is increased consumption of Ordinary Portlan Volume 93 Read More ...
Fire poses a serious threat to the safety of concrete structures. The relative properties of concrete, after such an exp Volume 93 Read More ...
The British Standards Concrete Committee wished to introduce provisions for recycled aggregates into its concrete standa Volume 93 Read More ...
Concrete is the most important construction material in terms of volume and turnover. Its success comes, among other rea 09 Read More ...
Most studies have paid attention to the analysis of concrete with recycled aggregates (RA) that come from one source onl 09 Read More ...
Several successful demonstration projects have been conducted in the past 20 years in order to verify the practical, tec 09 Read More ...
One of the challenges of concrete technology is to minimize cement clinker, responsible for 8% of the manmade CO2emissio 09 Read More ...
This paper presents the effects of supplementary cementitious materials (SCMs) (Fly ash, slag and silica fume) and emerg 09 Read More ...
Inkjet (Powder-based) three-dimensional printing (3DP) shows significant promise in concrete construction applications. 09 Read More ...
Estimates of Construction and Demolition (C&D) waste generation in India range between 150 to 716 million tonnes/yea 09 Read More ...
A finite element (FE)-based numerical model is developed in ABAQUS®, to evaluate the response of steel fiber reinforced c Volume 93 Read More ...
One of the important issues about concrete of-late is its behaviour during fire. The mechanical properties of concrete dec 93 Read More ...
This paper aims to present the study conducted on steel fiber reinforced concrete columns that were exposed to temperature 93 Read More ...
Natural river sand is becoming scarce day by day due to rapid growth in construction sector. There is need for alternative 93 Read More ...
As per the Indian codal guidelines, the ties in reinforced concrete columns are provided either as rectangular or circular 93 Read More ...
Petrographic examination technique is one of the well established methods for determining the depth of fire damage in rein 93 Read More ...
This study investigates the residual strength and microstructural identification of slurry infiltrated fibrous concrete at 93 Read More ...
CSIR-Central Building Research Institute, Roorkee, a constituent laboratory of the Council of Scientific and Industrial Re 93 Read More ...
The influence of ingredients in concrete plays an important role in the serviceability and durability. The region where s Volume 93 Read More ...
The aim of the present investigation is to evaluate the effect of admixed chloride, sulphate and chloride-sulphate s Volume 93 Read More ...
In this study, attempts have been made for the use of recycled aggregate in place of normal coarse aggregate in reinforc Volume 93 Read More ...
Proper curing of concrete structures is very important to meet performance & durability requirements. Curing allows co Volume 93 Read More ...
Fly ash based Geopolymer concrete (Fly ash based GPC) is emerging as a potential replacement to normal concrete due to Volume 93 Read More ...
An experimental investigation is undertaken to study the basic structural parameters of post-tensioned Geopolymer concre Volume 93 Read More ...
Reinforced concrete (RC) shear walls resist lateral loads in a building due to wind and earthquake, in addition to gravi Volume 93 Read More ...
With an increased usage of high strength concrete (HSC) in general structural construction and its application in power, n Volume - 93 Read More ...
Industrial wastes material such as GGBFS may be used to exchange partially cement amount in concrete. This research paper Volume - 93 Read More ...
Concrete is the most common durable material used in construction industry. Durability is an important parameter when stru Volume - 93 Read More ...
The presence of high workability, durability and strength, are what qualifies concrete to be termed as high performance co Volume - 93 Read More ...
Concrete is mostly widely used construction material today. Other than its hardened properties, its behavior in green state a Volume - 93 Read More ...
Some special concretes need the ability to flow, pass through small spaces and at the same time should be able to detour t Volume - 93 Read More ...
In recent years, different types of innovative slab systems are being developed and adopted all over the world. Voided sla Volume 93 Read More ...
There is growing interest in the construction pavements, due to its high strength, durability, better serviceability and Volume 93 Read More ...
The application and process of Rice Husk Ash (RHA) based concrete has yet to be established in real-world conditions. Stan Volume 93 Read More ...
The paper presents how Extended Three dimensional Analysis of Building Systems (ETABS) software and Structural Analysis an Volume 93 Read More ...
Non-destructive testing of piles has gained increased acceptance for various purposes such as Quality Control and Qualit Volume 93 Read More ...
Carbonation induced corrosion of the embedded steel reinforcement is a major deterioration mechanism of reinforced concret Volume 93 Read More ...
This paper presents the results of a project that was undertaken to consider the effects of FA, GGBS and silica fume as su Volume 93 Read More ...
Corrosilon of steel reinforcement in concrete is the leading cause of deterioration of concrete structures. Carbonation in Volume 93 Read More ...
The present paper deals with the influence of mineral admixtures such as fly ash and blast furnace slag on the carbonation Volume 93 Read More ...
The current investigation assess the relative efficacy of Silica Fume (SF) and Metakaolin (MK) blended with Portland Cemen Volume 93 Read More ...
In this paper, a methodology is proposed for simulation of non-linear behavior of concrete at meso-scale by incorporating Volume 93 Read More ...
Supplementary cementitious materials reduce the clinker factor in concrete. These mineral additives can vary in particle s Volume 93 Read More ...
In the present paper, a fire retardant coating using Piezoelectric (PZT) Powder is developed to protect the substrate agai Volume 93 Read More ...
This paper addresses the effect of Sodium hydroxide (NaOH) concentration and curing type on strength and durability charac Volume 93 Read More ...
This paper deals with the effect on mechanical properties of Self-Compacting Concrete (SCC) subjected to sustained elevate Volume 93 Read More ...
In this paper, the electrical response of cement mortar samples under different Degrees of Saturation (DoS) is examined at Volume 93 Read More ...
An extensive experimental study on various characteristics of Reactive Powder Concrete (RPC) cured in normal conditions is Volume 93 Read More ...
This paper discusses the comparison of the flexural toughness parameters of fibre reinforced concrete (FRC) obtained from Volume 93 Read More ...
Analyses of chemical constituents in sand were undertaken after these sand samples were collected from different sources, Volume 93 Read More ...
In the present study, four numbers of two-layered ANN models were used to predict the compressive strength of geopolymer c Volume 93 Read More ...
Sustainability in the construction industry can be accomplished by adapting sustainable practices ensuring ecological harm Volume 93 Read More ...
The study presents an experimental investigation on the properties of Self-Compacting Concrete (SCC) containing ultra-fine Volume 93 Read More ...
Marble is widely used in structures, it increases the amount of waste powder obtained. As marble powder is a waste product Volume 93 Read More ...
The present study investigates different replacement percentages of metakaolin (MK) in ternary blends of ordinary portland Volume 93 Read More ...
This paper presents an experimental investigation to study the effect of openings on the strength and behaviour of reinfor Volume 93 Read More ...
This paper aims at investigating the shear strength and joint distortion of beam column joints made using Steel Fibre Rein Volume 93 Read More ...
The addition of small closely spaced and uniformly dispersed fibres to concrete would act as crack resistor and would subs Volume 93 Read More ...
Concrete is subjected to changes in volume either autogenous or induced. This volume change is called as Shrinkage. It is Volume 93 Read More ...
With the ecological imbalance in nature due to exploitation of natural sand from rivers, it is important to utilise the in Volume 93 Read More ...
Experimental investigation was carried out to determine the enhancement of compressive strength, flexural strength and abr Volume 93 Read More ...
Cover Constructed in 1937, Coronation Bridge in Darjeeling district, India, is an engineering marvel of its time Read More ...
Cover The Berlaymont building in Brussels, Belgium, houses the headquarters of the European Union Commission. Co Read More ...
Cover The 60-story Kitahama building in Osaka, Japan uses ECC in the building core. With high energy absorption Read More ...
Cover The Yokohama Landmark Tower, this structure embodies a number of earthquake thwarting measures. Read More ...
Cover Apollo Hospital in Chennai built by Larsen & Toubro (2018) has been designed for the fire-resistance p Read More ...
Cover Several successful demonstration projects have been conducted in the past few years in order to verify the Read More ...
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Cover : Artist sketch of Shanghai Tower, China. Height: To Tip - 632 m / 2,073 ft. Height: Architectural - 632 m Read More ...
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Cover Read More ...
Cover The University of Queensland’s Global Change Institute (GCI), designed by HASSELL in collaboration with Read More ...
Cover Cover Sustainability of concrete in terms of thermal mass and low operational CO2 makes it a first choice Read More ...
short describtion
Cover Advancement in Science and Technology has inspired many new developments in concrete; example demand for s Read More ...
