Research Paper | Mechanical Engineering | India | Volume 7 Issue 6, June 2018
Detailed Design Calculation & Analysis of Student Formula 3 Race Car
Avinash Barve, Sanket Lakhe
The main objective of this paper is to give detailed design calculation and analysis of formula 3 race car vehicle parts. Students team from all over India design and fabricate formula 3 race car in order to take participation in SUPRA SAEINDIA which is organized by Society of Automobile Engineers India. The intension of this paper is modeling and analysis of formula 3 race car vehicle parts according to their design calculation and simulation of part. This paper showcases modeling and analysis of formula 3 car which is performed by using 3D software such as LOTOUS 4.2, SOLIDWORKS 2016, and CREO PARAMETRIC 3.0 and subjected to simulation using ANSYS WORKBENCH 16.2 etc. Various impact analysis were performed in front, rear and lateral direction and then we observed the flexural rigidity of structure and their deformation. This paper deals with design stresses and effect of deformation acting on different components of vehicle parts such as stub axle and stub arm of steering system, temperature analysis of disk brakes and CFD analysis of intake manifold and based on the result obtained from these test the design is modified accordingly. The entire design and analysis process is done according to the requirement mentioned in the SUPRA Rulebook and knowledge of designing and manufacturing learned so far.
Keywords: Simulation, Analysis, SAE Supra, Calculation
Edition: Volume 7 Issue 6, June 2018
Pages: 1100 - 1106
How to Cite this Article?
Avinash Barve, Sanket Lakhe, "Detailed Design Calculation & Analysis of Student Formula 3 Race Car", International Journal of Science and Research (IJSR), https://www.ijsr.net/search_index_results_paperid.php?id=ART20183345, Volume 7 Issue 6, June 2018, 1100 - 1106
119 PDF Views | 122 PDF Downloads
Similar Articles with Keyword 'Simulation'
Modeling and Simulation of Adsorption Refrigeration System Using Low-Grade Thermal Energy
Dr. Ajoy Kumar, Kumar Abhinandan
CFD Simulation of Turbulent Air Flow in Diffuser and its Effect on Fluid Properties
Ali Hamzah Kadhim ALShabbani, Kassim Kadhim Hameed Al-shemary, Husham M.Al.Tameemi
A Study on Load Transfer during Acceleration and De-Acceleration on a Tri-Axle Vehicle
Sree Harsha Bharadwaj Hotur
Finite Element Approach to Stress Analysis for Failure Prediction of a Six DOF Hybrid Kinematic Machine for On-Site Machining
Maxwell Zvikomborero Sakutukwa, Anshul Jain
Increasing Heat Exchanger Performance
Similar Articles with Keyword 'Analysis'
Energy and Environmental Analysis of the Current use of Heating and Recommendations for the most Suitable Energy and Environmental Heating Systems in the City of Korca
Ramadan Alushaj, Flamur Bidaj
Modeling and Analysis of Human Liver by Using Finite Element Analysis
N. Kishore Kumar, K. Ashok Kumar Raju
Vibration Analysis of Two wheeler Connecting Rod
Yeshwant Rao, B S Praveen Kumar
Evaluation of Fatigue Failure of Crankshaft Work on its Bearing and Crank Pin Analytically and Numerically - A Review
Suryakant Rathod, Qaimi Mudassar
Developing an on-Line Machine-Status Monitoring System using Vibrations Analysis
Naison Kunaka, Chen Ning
Similar Articles with Keyword 'Calculation'
FEA of Double Shear Lug Joint by Varying Material Combinations
B. Vijaya Kumar, F. Anand Raju
Study and Analysis the Wastage Reduction of Fluorescent Powder in CFL 23 W in Philips Pvt Ltd Mohali, Using Six Sigma Methodology
Gurpreet Singh, Desh Bandhu
Increasing Heat Exchanger Performance
Machine Components Modal Simulation Design based on the Finite Element Modeling
Asmamaw Mekonnen Yihunie, Deng San Peng, Jiang Yongxiang, Wu Qing, Yan Rui Jie
Analysis of Plane Two-Dimensional Structures by the Finite Element Method
F. HAMRIT, B. NECIB