Siva Kishore Ikkurthi

K L University | KLU

The study of different reasons was there for occurrence of Accidents at different locations. It may occur Naturally or by manual mistakes. But willingly no one want to participate in such activities. In this paper I am going to study at a particular location namely Enikepadu to Benz Circle which comes under NH-5 Route.

The Sugarcane Bagasse which is produced in tones every year which can cause inconvenience to environment, we use this material as one of the admixtures in the concrete mix to reduce its effect on surroundings. As we add the material, we can economize the total expenditure on the construction. By using this we are able to improve the ordinary Portla...

Durability plays important role in structures that replicates the service life of the structure. Most of the structures are built by using concrete as main construction material. We can improve the service life of structures by substituting cement with secondary materials which contain cementitious property such asGGBS (Ground Granulated Blast Furn...

Failures in asphalts occurs because of the development of vehicles with high intensity of loads tends to increase in usage of automobiles which results in use of rut resistant Bituminous mixes in the surface course. Rutting and Fatigue cracking are the results of the damage caused due to primary parameters. Cracking can be prevented by maintaining...

Cement which is highly responsible for hydration enthalpy and also the cost of cement which makes it uneconomical. The only way to deal with this kind of challenge is by introducing different products to replace certain amount of cement. An environmental friendly waste product produced from agricultural industries known as POFA (Palm-oil-fuel-ash)...

There has been an enormous improvement in the construction field in recent few decades among these; construction and material innovation are quite prominent. Concrete - steel composite part is one rising advance as perhaps the fastest technique for development. Steel tube with filled concrete is used to create a composite column. Experimental and t...

The specimen study consists of short, thin-walled columns made of cold-formed steel with an open top-hat cross-section. The walls in the specimens analyzed are made up of thin sheet component. Profiles were analyzed to classify the critical forces and post-critical stability paths. The ends of the column profile are considered to be supported. The...

The main objective of this study was to analyze the effect of debonding on the stiffness and long-term creep of sandwich panel. Sandwich panel is made of thermoplastic core which is viscoelastic in nature and debonding is the major failure mode of the sandwich panel. Sandwich beams were made of different types of materials and the different materia...

Durability studies determine the ability of concrete to resist weathering, chemical intrusions, and other processes of deterioration of structural elements. Durable concrete must retain its original form, quality standards, and its serviceability when it exposes to the environment. Design of concrete to higher service life with limited or no mainte...

The Sugarcane Bagasse which is produced in tones every year which can cause inconvenience to environment, we use this material as one of the admixtures in the concrete mix to reduce its effect on surroundings. As we add the material, we can economize the total expenditure on the construction. By using this we are able to improve the ordinary Portla...

Siva`s

Concrete filled stainless steel tubular (CFSST) Columns have the recognizing feature of high corrosion resistance so that we can directly use in the sea-sand based environments and as well as in normal environments also, we can widely use as structural application without corrosion. This paper presents the finite element analysis and behaviour of s...

Use of Cold Formed Steel (CFS) has a growing tendency for construction purposes by demonstrated a great deal of cooperation in terms of costs. CFS applications increased significantly in structures due to its low weight, high strength to weight ratio, manufacturing efficiency, erection and production. The analysis of connections is essential to any...

Abstract: In this era of modern science and technology, the architectural science also took a new leap into show case the avant-garde architectural marvels of the architectural experts that pose never ending challenges to the structural engineers and designers. The design engineers have to deal with new member geometrics, member materials and all p...

Abstract: Over the past few years various studies are conducted to identify the behavior of concrete-filled steel tubular (CFST) columns. An investigation was conducted on a CFST column under axial loading. This paper mainly explores the carrying of the ultimate load in wood in filled CFST columns. The utilization of wood as inner core material to...

Composite tubular columns have been used widely in the world as they have many outstanding structural properties such as highly compressive strength, large ductility and more energy absorption capacity. Study has been done to delve the behavior of Concrete Filled Steel Tubular (CFST) columns with central wood piece under biaxial loading through exp...

Composite tubular columns have been used widely in the world as they have many outstanding structural properties such as highly compressive strength, large ductility and more energy absorption capacity. Study has been done to delve the behavior of Concrete Filled Steel Tubular (CFST) columns with central wood piece under biaxial loading through exp...

This paper concentrated on effect of wind on ‘I’ plan shaped tall building with different directions of wind. For that purpose, ANSYS Fluid flow (Fluent) package is used. Dimension scale is taken as 1:400. Wind pressure coefficients for the object building are determined and listed for 0⁰-90⁰ wind angle with 15⁰ increment. The flow of wind around t...

The main aim of this study is to search an alternative of coarse aggregate and to present an experimental study on the strength of concrete with the replacement of coarse aggregate with ceramic aggregate. In this paper, six samples of M30 grade at desired ceramic percentages of 20, 40, 60, 80, 100 in comparison with the control mix (CM). The streng...

The main aim of this study is to search an alternative of coarse aggregate and to present an experimental study on the strength of concrete with the replacement of coarse aggregate with ceramic aggregate. In this paper, six samples of M30 grade at desired ceramic percentages of 20, 40, 60, 80, 100 in comparison with the control mix (CM). The streng...

It is well known that high strength concrete displays a brittle behaviour and less tough characteristics than normal strength concrete. In this of project an experimental study conducted on high strength concrete reinforced with natural fibers (tap root of velvet mesquite). It is observed that natural fibers enhanced the mechanical properties like...

The present experimental work is to study the behaviour of bagasse ash content with glass fibres in concrete. In this work we focussed on the experimental results of M25 grade of concrete with glass fibres of 1% increment on absolute weight of concrete and also cement is partially replaced with 0%,5%,10% and 15% of bagasse ash for a water cement-ra...

The demand and use o f cement is increasing gradually. For that it needs to invent alternative binding materrials that can be pollution less and helps towards waste management. Most of the waste is produced from the agricultural and industrials. If we use this agricultural and industrial waste that can help in reduction of waste is in focus. Method...

Objective: The primary objectives of this study are cement. Calculation for 7 & 28 days impacts on environment. Bagasse is the by concrete to find the parameters of strength and waste utilisation. due to Bagasse increases as dumping and land filling results to molasses and other damaging factors to overcome these problems Bagasse ash introduced int...

Objective: The primary objectives of this study are Partial replacement of hagasse ash with cement. Calculation for 7 & 28 days strength. Methods: Concrete with the cement emits CO2 which impacts on environment. Bagasse is the by-product of sugar industries and it is introducing into concrete to find the parameters of strength and waste utilisation...

We are vigilant that an intense damage is done to environment in the manufacturing process of cement which involves emission of majority of carbon associated with other chemicals. There are evidences from researches that every one ton of cement manufactured releases half ton of carbon dioxide so there is an instant need to control the usage of ceme...

There is a need to investigate of issue of health and safety risks on highway construction sites. The main purpose of this study is to identify accidents by type of work for highway construction projects. It introduces the importance of health and safety in the highway construction. Health and safety in the construction plays a major role. Accident...

The present day world is seeing the development of exceptionally difficult and challenging building structures. Glass fiber (likewise spelled glass fiber) and jute fiber is a material comprising of various greatly fine filaments of glass and jute. Frequently, concrete being the most essential and broadly utilized material is called upon to have hig...

Structural Analysis is a branch which involves in the determination of behaviour of structures in order to predict the responses of real structures such as buildings, bridges, trusses etc. Under the improvement of expected loading & external environment during the service life of structure. The results of analysis are used to verify the structure f...

To determine the step wise procedure for preparing the segments across cable-stay bridge, to determine loads acting on the segment, manual determination of bending moment and shear forces acting on the segment, software simulation for bending moment and shear force for the segment and comparing the manual and software results. This work method can...

In recent days the usage of concrete has been increased all over the world. Hence it is important to study the mechanical properties of concrete on addition of mineral admixtures. Our main motive is to know the compression behavior of concrete when different types of mineral admixtures added to the concrete. The mineral admixture we are using in th...

Concrete is so far the most widely used construction material today. This project deals about the influence of Natural (Jute) fiber as an admix in normal concrete mix. The jute fiber is used as admix to the concrete. Mix design is to be prepared for M20 concrete grade and different proportions to which jute fibre can be used. For this four trial mi...

Cement is the world's most adaptable, strong and solid development material. By water, cement is the most utilized material, which required expansive amounts of Portland cement. Conventional Portland cement generation is the second just to the vehicles as the significant generator of carbon di oxide, which dirtied the air. Notwithstanding that huge...

The Iron industries produce a huge quantity of slag and dust as by-product, which is a non-biodegradable waste material from that only a small percentage of it is used by cement industries to manufacture cement. In the present investigation thermal dust from local industries has been utilized to find its suitability which is used as an admixture in...

Concrete is the most widely used construction material today. This paper deals with the utilization of sugar cane bagasse ash in cement concrete. The sugar cane bagasse ash waste product is used as a partial replacement to cement. It deals with M25 grade concrete and the production (extent) to which bagasse ash can be used. For this three trail mix...

This is an investigation carried for the behavior and resistance of steel fiber reinforced concrete (SFRC) flat slabs under punching shear force. In this investigation a total of twelve small-scale flat slabs of different dimensions that consists of nine SFRC and three ordinary were tested. The resultants spectacle a significant increase of the pun...

:The purpose of this paper is to investigate the feasibility of using basalt aggregates in concrete mixes. Concrete is the most important engineering material and the addition or replacement of some of the materials may change the properties of the concrete. In recent years a lot of research work has been carried out in order to obtain more durable...

There is an increase in demand and utilization of cement and many scientists are in search for developing alternative binding materials that can be eco-friendly and helps towards waste management. The use of agricultural and industrial waste produced can help in reduction of waste is in focus. Methods: In this work one of the agro waste named sugar...