Lightweight Electric/Hybrid Vehicle Design
Lightweight Electric/Hybrid Vehicle Design
Lightweight Electric/Hybrid Vehicle Design
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<strong>Design</strong> for optimum body-structural and running-gear performance efficiency 247<br />
References<br />
*Fenton, J., Handbook of automotive body and systems design, Professional Engineering Publishing,<br />
1999<br />
**Fenton, J., Handbook of automotive powertrain and chassis design, Professional Engineering<br />
Publishing, 1999<br />
1. Beerman, H., The analysis of commercial vehicle structures, Mechanical Engineering<br />
Publications, 1989<br />
2. Peery, D., Aircraft structures, New York, McGraw-Hill, 1950, 566 pp.<br />
3. Tidbury, G., Stress analysis of vehicle structures, ASAE Note 1, College of Aeronautics,<br />
Cranfield, 1965<br />
4. Fenton, J., Shell beams and the Argyris method, Automotive <strong>Design</strong> Engineering, March<br />
1963<br />
5. Pawlowski, J., <strong>Vehicle</strong> Body engineering, Business Books, 1969<br />
6. Analytical method for chassisless vehicle design, Automobile Engineer, 1953, vol. 43, pp.<br />
103–111; Structural design Part 2: The front end structure, Automobile Engineer, 1953, vol.<br />
43, pp. 152–157.<br />
7. Tae-Un et al., Structural design of aluminium space frame with battery tray, SAE paper 960524<br />
8. Lilley and Mani, Roof crush strength improvement using rigid polyurethane foam, SAE paper<br />
960435<br />
9. Taborek, Mechanics of vehicles, Machine <strong>Design</strong>, Penton, May to December 1957<br />
10. Autotech paper C498/35/052, 1995<br />
11. Rocard, Y., L’instabilite en Mechanique, Masson et Cie, Paris, 1954<br />
12. Howell, Crosswind response of cars, Proc. SITEV, 1988<br />
13. Svenson, The working stresses of wheel rims, ATZ, No. 8, 1967<br />
14. Margetts, E., Influence of rolling resistance on very light cars, Automotive <strong>Design</strong> Engineering,<br />
April/May 1981<br />
Further reading<br />
Fenton, J., Handbook of automotive body construction and design analysis, PEP, 1998<br />
Donald, I. (ed.), Thin-walled structures, Elsevier, 1990<br />
Timoshenko and MacCulloch, Elements of strength of materials, Van Nostrand<br />
Ali et al., The application of finite element techniques to the analysis of an automobile structure,<br />
Proc IMechE, 1970–71<br />
Fagan, M., Finite element analysis, Longman, 1992<br />
Argyris and Kelsey, Energy theorems and structural analysis, Butterworth<br />
Amos, R., Structural design analysis of commercial vehicle cabs, IMechE conference paper C134,<br />
1984<br />
Curle and Watson, Structural analysis, body design and development, IBCAM Boditek conference,<br />
1985<br />
Guignard, J., Human response to intense low-frequency noise and vibration, Proc. I. Mech. E.,<br />
Vol. 182, Part 1, No. 3, 1967/8<br />
Gibbs and Richards, Stress, vibration and noise analysis in vehicles, Applied Science Publishers,<br />
1975<br />
Brughmans et al., The application of FEM-EMA correlation and validation techniques on a bodyin-white,<br />
paper 3 in IMechE <strong>Vehicle</strong> NVH and refinement conference report C487, 1994<br />
Burton and Southall, Noise, vibration and harshness in the automotive industry, paper 3, session<br />
3R, <strong>Design</strong> Engineering Show conference, 1982