DESIGN AND ANALYSIS OF A CAR SHOWROOM USING E TABS

Car showroom Design ppt

1. DESIGN AND ANALYSIS OF A CAR SHOWROOM USING E TABS

2. CONTENTS INTRODUCTION OBJECTIVES STATEMENT OF THE PROJECT LITERATURE REVIEW SOFTWARE USED METHODOLGY SITE SPECIFICATIONS

3. PLAN CODE DESING OF THE STRUCTURE USING ETABS SOFTWARE TIME SCHEDULE REFERENCE Contd …..

4. INTRODUCTION The design of a 5000 sq.ft . car showroom located in Muvattupuzha , Kerala. Our aim is to create a functional and visually captivating showroom that showcases automobiles effectively. Our showroom embraces the local culture while offering a contemporary automotive display space. Expect insights into layout optimization, structural considerations, and aesthetic enhancements.

5. Contd …… Our project deals with the Analysis and Car showroom design using   ETABS And Manual Analysis using Limit state method Drafting by using AutoCAD software

6. OBJECTIVES To achieve a practical knowledge on structural analysis, design and detailing of structural components . To draw the plan using AutoCAD software. To analyze the structure using ETABS software. To analyze the structure using manual computations. Comparison between software and manual computations.

7. STATEMENT OF THE PROJECT Utility of the building : Commercial Building Shape of building: Rectangular  Type of construction: RCC framed structure  Type of walls: Concrete blocks

8. LITERATURE REVIEW AUTHER TITLE FINDINGS Aya Fayez Showroom Aesthetics and Functionality To emphasizes the need for a universal high space with contemporary finishing and a complicated structure/glazing system for car showrooms, reflecting the importance of aesthetics and functionality in design Dhruv Dave and Aakash Suthar Innovative Showroom Design Concepts Review innovative ideas for vertical development in showrooms, focusing on aesthetic views and the effective use of space at ground level Ragy Jose et al. ETABS for Commercial Building Analysis The use of ETABS software for the analysis and design of a commercial building, demonstrating the software's effectiveness in load calculations and structural analysis

9. Sayeed ur Rahman Dynamic Analysis Using ETABS present a review on dynamic analysis of buildings using ETABS, highlighting the software's capabilities in evaluating seismic and wind loading performances Dr. Sabih Ahmad ETABS in Structural Engineering A study by the International Journal of Research in Engineering and Science (IJRES) (2021) discusses the role of ETABS in structural engineering, particularly in the analysis and design of commercial buildings Dr.james smith ETABS for Single-Story Structures Showcases the modeling of single-story R.C.C. Framed buildings using ETABS, emphasizing the software's precision and efficiency in structural analysis

10. SOFTWARES USED AutoCAD software . AutoCAD ensures precise floor plans, allowing for efficient use of space in the showroom layout. AutoCAD facilitates optimal placement of cars and amenities within the showroom, enhancing customer experience. Any changes or adjustments to the design can be quickly implemented in AutoCAD, ensuring flexibility throughout the design process.

11. Contd ….. AutoCAD drawings provide clear visual communication between architects, designers, and stakeholders, ensuring everyone is on the same page regarding the showroom design.

12. 2. ETABS SOFTWARE eTabs software evaluates building stability and load distribution. It assesses the strength and durability of building materials. Ensures buildings meet safety codes and regulations. One key feature of ETABS is its ability to perform complex Structural Planning through the preparation of AutoCAD drawings for the plan, section, and elevation of a building

13. STRUCTURAL ANALYSIS USING ETABS SITE VISIT AUTOCAD DRAFTING MANUAL COMPUTATION PROJECT INITIATION SITE SELECTION DATA COLLECTION STRUCTURAL ANALYSIS USING ETABS METHODOLOGY COMPARISON

14. SITE SELECTED

15. SPECIFICATIONS O utlined by Indian Standard Codes (IS 456:2000) and Kerala Panchayat Building Rules. Total area of building 5000Sqft. The proposed building consists of the following : Emergency repair Waiting office Stall cabin

16. Main office Store Staff room Car wash Hydraulic lifting pressure wash Ceramic coating Toilet Generator and pump Contd …..

17. PLAN

18. CODES AND STANDARDS IS 456:2000 : Design Code for RCC Structure IS 875 (Part III) 1987: Code for Wind Forces and their effects . IS 1893 (Part I) 2002 : Code for Earthquake Loads SP-16 : Design Code for Columns IS 875 (Part I) 1987 : Code for Unit Weight of Building Materials. IS 875 (Part II) 1987 : Code for Imposed Loads

19. DESIGN OF THE STRUCTURE USING E TABS The centerline diagram of the structure is imported from AutoCAD. Material property and sectional property are defined. The load case details are applied according to codes.

20. CENTRE LINE DIAGRAM

21. DEAD LOAD WIND LOAD

22. RESULTS Bending moment diagram

23. 2. Shear force diagram

24. 3. Axial force diagram

25. 4. F Max Diagram

26. 5. M Max diagram

27. 7. Resultant forces

28. ANALYSIS RESULT

29. DESIGN OF THE STRUCTURE USING MANUAL CALCULATION Limit state method Material property and sectional property are defined Load details refer from code

30. LOAD CALCULATION DESCRIPTION VALUE(KN) DEAD LOAD 3.75 WIND LOAD 1.1 SEISMIC LOAD 0.16

31. RESULT DESCRIPTION COLUMN(KN) BEAM(KN) SHEAR FORCE 19.19 157.76 BENDING MOMENT 31.83 193.33 AXIAL FORCE 270.13 33.92 TORSSION 0.16 11.01

32. COMBARISON BETWEEN MANUAL CALCULATION AND E TABS MANUAL CALCULATION E TABS DESCRIPTION COLUMN BEAM COLUMN BEAM SHEAR FORCE 19.19 157.76 21.11 165.65 BENDING MOMENT 31.83 193.33 33.81 194.63 AXIAL FORCE 270.13 33.92 274.20 35.98 TORSSION 0.16 13.02 0.1815 13.02

33. FUTURE SCOPE Designing layouts that focus on customer journey and interaction, improving the overall buying experience Emphasizing eco-friendly materials and energy-efficient designs to reduce the environmental impact Incorporating virtual reality (VR) and augmented reality (AR) to provide immersive customer experience

34. CONCLUSION The project demonstrated the effective integration of advanced software like ETABS with traditional manual calculations for structural analysis The project underscored the significance of enhancing customer experience through interactive and smart showroom features. The economic analysis provided a model for cost-effective construction without compromising on quality and aesthetics. The design's adaptability ensures readiness for future expansions or technological upgrades.

35. REFERENCE Adeyemi, S. O., & Famuyibo, A. M. (2018). Design of a Sustainable Car Showroom and Service Center in Nigeria. Al-Kodmany, K. (2013). Sustainable Design of an Automotive Showroom and Service Center in Jordan. Amer, I. R., & Daoud, M. A. (2019). Design Optimization of a Car Showroom and Service Center Considering Energy Efficiency and Cost . Caldas, C. M., & Silva, A. F. (2014). Optimization of a Car Showroom and Service Center Layout Using Simulation.

36. Gajendran, S., & Suresh, R. (2017). Design and Analysis of a Car Showroom and Service Center using STAAD.Pro . Kamarudeen , A. M., & Ibrahim, M. I. (2016). Design of a Sustainable Car Showroom and Service Center in Saudi Arabia. Kumar, A., & Singh, K. (2017). Design Optimization of a Car Showroom and Service Center using SAP2000. Mirza, N., & Khan, M. A. (2015). Design and Analysis of a Car Showroom and Service Center using ETABS. Mohajeri , M., & Akbari, H. (2018). Sustainable Design Strategies for a Car Showroom and Servic . Rao, A. G., & Reddy, B. S. (2017). Design and Analysis of a Car Showroom and Service Center using ANSYS. e Center in Iran.