This research provides a thorough evaluation of the advantages and disadvantages of using intermediate storeys vs void storeys in tall structures. The choice of design features has a major influence on the functioning and sustainability of tall buildings, which have become ubiquitous in contemporary urban landscapes. In this study, we compare and contrast two different design methodologies by exploring their structural contexts and aesthetic qualities. Contrarily, void floors provide open space inside the structure, which may serve a variety of functions including increasing natural ventilation and serving as leisure places. Our research takes a holistic look of tall structures with these design features, taking into account things like structural displacement, drift, and base shear. The purpose of this article is to provide guidance to professionals as they decide between an intermediate level and a void level for a certain project. The structure is modeled in ETABS, loads are applied, and the structural behavior is analyzed.

List Of  structural engineering project Topics  

M.Tech STRUCTURAL-ENGINEERING ETABS/ANSYS PROJECTS

1.Analysis of Seismic Demand in different structural members

2.Advanced Earthquake Resistant Techniques

3.Seismic isolation devices

4.Energy dissipation devices for seismic design

5.Reservoir induced seismicity

6.Failure of foundation due to earthquake

7.Cost Benefit Analysis of Earthquake Resistant Structures

8.Confined vs Brick Masonry Buildings

9.Seismic Behavior Analysis Of Different Structures (Buildings, Bridges, Shear Walls, Footing, Masonry)

10.Earthquake Vibration Control Using innovative techniques

11.Earthquake Vibration Control Using new / innovative materials

12.Increasing strength of buildings by introducing new materials in construction (bentonite, marble dust, rice husk)

13.Analysis of Building Codes

14.Innovative use of wood and steel in concrete / brick buildings

15.Design Rules For Thin-walled Structural Elements Subject To Coupled Instabilities

16 .Solutions To Inelastic Bifurcation Problems Using Second-order Plastic Flow Theory

17 .Design Rules For Built-up Cold-formed Steel Structural Memberss

18 .Understanding Rate Effects In Geomaterials

19 .Predicting The Impulse From Buried Charges

20 .Improving The Structural Efficiency Of Steel Trusses

21 .Timber-steel Hybrid Construction For Modern Multi-storey Building

22 .Reversible Shear Connectors For Use In Composite Construction

23 .3d Computational Limit Analysis Of Masonry Structures

24.Design Synthesis Of Frames: Application Of Adaptivity