Currently working on yield line analysis of slabs and Numerical modelling of reinforced concrete components.
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Research interest 1. Yield line analysis of Slabs 2. Numerical modelling 3. Strain Hardening Cementitious Composites 4. Nano Technology 5. Steel Fibers 6. GFRP Laminates
February 2020 - present
D.A.V. Institute of Engineering and Technology
- Professor (Assistant)
In this research paper, an analytical formulation is presented to predict the moment field of the laterally loaded three-sides supported RC rectangular slabs under the uniform area loading at top surface of the slab. It is also validated with the available published formulations. Design aids were formulated with the help of proposed analytical form...
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Irrefutably, the reinforced concrete structures have many advantages, but there are still a number of shortcomings, viz. det-rimental large cracks, brittle behaviour and low flexural capacity which need to be resolved. A lot of experimental research is done on strengthening of reinforced concrete members using various materials. Recently, strain ha...
Now a days, Finite element analysis (FEA) is widely used in research work due its ability to solve complex problems using matrix method. Many researchers use FEM to analyze reinforced concrete structures and its components. Moreover, many researchers start using FEM in automation of yield line theory to predict the collapse mechanism for different...
Now a days, Finite Element Analysis (FEA) is used to analyze and design the reinforced concrete structures and its components. Due its capability to solve complex problems using matrix method, several researchers analyze and design the reinforced concrete structures and its components like slabs. Moreover, several researchers use FEM along with yie...
In design codes moment coefficients for various end conditions of slabs are given but this is limited up to slabs supported on four sides but in routine purposes sometimes designers encounter the problem of three sides supported slabs for which moment coefficients are not such given in design codes. In given literature many researchers gives the e...
Structural design is the primary aspect of the civil engineering. The foremost basic in structural engineering is the design of simple basic components and members of a building viz., Slabs, Beams, Columns and Footings. The principle objective of this project is to analyze and design a multi-storied reinforced concrete building [G + 3 (3-dimensiona...
The analysis and design of reinforced concrete slabs supported on 3-sides in masonry or reinforced concrete construction involve analytical formulations. In published analytical formulations, orthotropic coefficients and continuity factors are unknown parameters. To obtain moment carrying capacity of the slabs using available formulations, these fa...
The design of reinforced concrete slabs supported on two adjacent edges involves complex formulations. In this paper, a simplistic approach is presented for designing orthotropic slabs supported on two adjacent edges. Slab supported on two adjacent edges (existing slab) is transformed into a slab supported on three edges (equivalent slab) by taking...
The storage reservoirs and overhead tanks are used to store water, liquid petroleum products and other similar liquids. In this research work, the five different cases of elevated shaft type intze water tank were studied having diameter (6m, 7m, 8m, 9m and 10m) with similar capacity. The diameter and height of the water tank changes to maintain sam...
RC slabs are the most widely constructed structural element in RC construction across the world. In design codes, moment coefficients for various end conditions of slabs are given but these are limited up to the slabs supported on their four sides; however, in routine purposes sometimes, designers encounter the problem having three sides supported...
The partial replacement of cement by mineral admixtures in concrete has been increasing interest in construction industry. The use of Fly ash in concrete reduces the compressive strength of concrete at early ages. To compensate such loss various nanomaterial are used which not only use to compensate the strength at early ages however, also improves...