Design And Analysis Of Precast Load Bearing Walls For Multi Storey Building Using Etabs

  title={Design And Analysis Of Precast Load Bearing Walls For Multi Storey Building Using Etabs},
  author={Journal Ijmer and Ramu Pernaty and B. Tharunkumar},
In the present scenario of construction industry, time of construction is very crucial factor. Pre-cast construction is gaining significance in general and urban areas in particular. The precast technology is a viable and alternative technique to reduce the construction time. G+11 storey live project is taken for analysis and design with load bearing walls. Design of precast wall panels and design of precast slabs is carried using Indian codes subjected to gravity and lateral loads (seismic and… 

Figures and Tables from this paper


Lateral load effects on tall shear wall structures of different height
A three-dimensional formulation is proposed to analyze the lateral loading distribution of external actions in high-rise buildings. The method is extended to encompass any combination of bracings,
Numerical Analysis of Cyclic Loading Test of Shear Walls based on OpenSEES
Neither the original structure nor the altered structure of the Garden Hotel in Guangzhou accords with the ductile details of seismic design based on current Chinese codes. In order to explore the
Analysis of Shear Wall with Openings Using Solid65 Element
The use of shear wall-buildings is quite common in some earthquake prone regions. During seismic excitation, they contribute in absorbing moments and shear forces and reduce torsional response.
Analysis of Flanged Shear Wall Using Ansys Concrete Model
The frequent occurrence of the major earthquakes in the Indian subcontinent, and construction of tall buildings, especially over the last two decades demands for the construction of earthquake
Reliability analysis of shear wall structures
This report describes a method for the assessment of the reliability of low-rise shear wall structures, which are often used in nuclear power plants. The shear walls are modeled by stick models with
Nonlinear Analysis Methods for Reinforced Concrete Buildings with Shear walls
Proper modeling of shearwalls is very important for both linear and nonlinear analyses of building structures. Regarding linear analyses, Reinforced concrete (RC) shearwalls are modeled employing
Abstract– Vibration analysis plays an important role in the structural design of tall buildings. In this study, a vibration analysis of asymmetric shear wall-frame structures is carried out by a
Analysis of Shear Walls under Compression and Bending
Design of shear walls is a complex procedure, especially if the cross section of the shear wall is not regular in shape. Shear walls are usually treated like cantilevers fixed at the foundation
System of programs for analysis of three‐dimensional shear wall structures
The paper presents a system of programs for calculating stresses and displacements in three-dimensional shear wall structures with uniform properties throughout the height. The analysis is carried