Erudite Journal of Engineering, Technology and Management Sciences

Analysis and Design of Tall Building Subjected to Wind and Earthquake Loads by using STAAD.PRO

2024-12-03T23:48:46+00:00

Designing a structure in such a way that reducing damage during an earthquake makes the structure quite uneconomical, as the earthquake might or might not occur in its life time and is a rare phenomenon. In this project a multi existing RCC framed structure & Wind plays a critical position in design of tall structures because of its dynamic nature. The effect of wind is predominant on tall structures depending on location of the structure, height of the structure. In this project equivalent static method is used for evaluation of wind loads on buildings in different wind categories has been analysed and designed using STAAD.Pro V8i. The building is designed as per IS 1893(Part 1):2002 for earthquake forces in different seismic zones. The main objectives of the project are to compare the variation of steel percentage, maximum shear force, maximum bending moment, and maximum deflection in different wind categories and seismic zone.

Modelling and Layout of G+1 Villa Using AutoCAD and 3Ds Max

2024-12-03T23:53:11+00:00

In this project, a G+1 villa is designed and visualized using 3ds Max for 3D modeling and rendering and AutoCAD for drafting. To ensure precise and correct representation of the villa's design, AutoCAD is first utilized to develop full floor plans, elevations, and structural layouts. The 2D designs are then transformed into realistic 3D models using 3ds Max, which adds textures, lighting, and materials to the visualization to create an authentic representation of the interior and exterior areas. The technical drawing capabilities of AutoCAD and the rendering capability of 3ds Max are combined to create realistic presentations and efficient design development, which aids in effectively communicating the design vision to stakeholders and clients.

Modeling and Layout of G+2 Villa Using 3DS Max

2024-12-03T23:58:40+00:00

In this project, a G+2 villa is designed and visualized using 3ds Max for 3D modeling and rendering and AutoCAD for drafting. To ensure precise and correct representation of the villa's design, AutoCAD is first utilized to develop full floor plans, elevations, and structural layouts. The 2D designs are then transformed into realistic 3D models using 3ds Max, which adds textures, lighting, and materials to the visualization to create an authentic representation of the interior and exterior areas. The technical drawing capabilities of AutoCAD and the rendering capability of 3ds Max are combined to create realistic presentations and efficient design development, which aids in effectively communicating the design vision to stakeholders and clients.

Design and Analysis of a Building with and Without Shear Wall

2024-12-04T00:02:33+00:00

The present study aims to investigate the effectiveness of reinforced concrete shear wall in the buildings subjected to seismic loads. The shear wall is an alternate structural form for resisting the earthquake forces. In this study, (Base+ G+9) building seismic analysis is carried out with and without shear wall by using response spectrum method as per IS: 1893-2002 (Part I). The analysis is carried out using ETABS finite element analysis software. It is concluded that, presence of shear wall in the structure decreases percentage of reinforcement in the columns and increases the lateral stiffness of the building, thus performing effectively in resisting lateral forces induced by an earthquake.

Design and Analysis of Regular and Irregular Shape Building in STAAD.PRO

2024-12-04T00:11:59+00:00

Different shapes can be adopted in the building construction. Different shapes of Buildings will behave differently. It depends on shape of the structure, load applied, area of cross sections, quality of materials, etc. In this Project C-Shaped (G+6) and E -shaped buildings were taken plans and designs of buildings were made using Staad Pro Software. From the obtained results, Section Displacements, shear forces and bending moments were compared for both the Buildings. This project presents an overview of Design and analysis of irregular shaped building using STAAD pro without lateral load. This paper is an experimental study evaluating Generating structural framing plan (irregular building). Creating model of irregular building in STAAD PRO. Application of loads on the member. Analysis of the structure.