Title page for etd-0808119-161254

URN	etd-0808119-161254	Statistics	This thesis had been viewed 357 times. Download 4 times.
Author	Chien-chang Lin
Author's Email Address	No Public.
Department	Institute Of Mechanical Engineering
Year	2018	Semester	2
Degree	Master	Type of Document	Master's Thesis
Language	zh-TW.Big5 Chinese	Page Count	173
Title	Effects of Geometry and Sizes of Roll Cages on Car-Body Rigidity
Keyword	torsion stiffness bending stiffness car body linear analysis Car Roll cage Car Roll cage car body linear analysis bending stiffness torsion stiffness
Abstract	This paper discusses the effect of anti-roll cage on the rigidity and deformation of the car body. The simulation model is built by Solidworks and ProE. The Ansys analysis is used to analyze and compare the rigidity and deformation of the anti-roll cage. The simulation model is drawn by the actual measurement size of each joint corner， joint depth and jointing method. The drawing is complemented by two drawing softwares， respectively， which utilizes the advantages of SolidWorks parts consolidation， and then draws according to the existing commercially available anti-roll cages. Part of the anti-roll cage contact， the actual condition is then transferred to Ansys for repeated static analysis， and the data is recorded for subsequent comparison. This study explores twenty-four models with anti-roll cages and geometric models. The same constraints are applied for static analysis. The deformation and stiffness are compared， and the least deformation and the highest rigidity are found. model. The TC2000A-X type excels in various conditions. The TC2000B-X type， TC2000A-V type and TC2000B-V type are also in the forefront. The average TC2000A type is 2.46 kg lighter than the TC2000B type， so the A type has advantages. TC2000A-X and TC2000A-V increased the torsional rigidity by 48%， but the weight only increased by 0.94 kg. It is known that TC2000A-X is the optimized model for this study.
Advisor Committee	Kun-Ling Wu - advisor Kun-Nan Chen - co-chair Bing-Hua Yan - chair
Files	etd-0808119-161254.pdf indicate in-campus access immediately and off-campus access at 5 years
Date of Defense	2019-07-16	Date of Submission	2019-08-08

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