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Design & structural analysis on comfort cum riding bicycle frame using FEM

Shrikrishna Patil, Prof.G.R. Kesheorey


The bicycle is the most common and famous individual transpiration medium. Now a day it is becomes the most famous tool for exercise. From the different literature reviews, it is found that the existence of bicycles is just from over 20 century. This project is the report of extensive research and hard work on comfort cum ride bike frame mechanism, function, design, specifications, analysis and material used for it.

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Derek Covill (2016) “An Assessment of Bicycle Frame Behaviour under Various Load

Conditions Using Numerical Simulations” 11th conference of the International Sports Engineering Association, ISEA 2016 Procedia Engineering 147 ( 2016 ) 665 – 670.

Derek Covill (2014) “Parametric finite element analysis of bicycle frame geometries” the 2014 conference of the international sports engineering association science direct procedia engineering 72 (2014) 441 – 446.

Covill, D., Begg, S., Elton, E., Milne, M., Morris, M., Katz, T. (2014). “Parametric finite element analysis of bicycle frame geometries” Procedia Engineering 72, 441-446.

Pazare, M., Khamankar, S. (2014). Stress analysis of bicycle frame. International Journal of Engineering Science and Technology (IJEST), 6(6), 287-294.

Drouet, J.-M., Champoux, Y., (2012). Development of a Three-Load Component Instrumented Stem for Road Cycling. In: Drane, P. (Ed.), Engineering of Sports Conference 2012, Procedia Engineering 34. Elsevier, 502-507.

Carrabine, L. (2011). Catia Helps Trek Design Green Bikes, Design World. April 7, 2011. Last accessed 10/03/2016 trek-design-green-bikes/#_

Liu, T., Wu, H. (2010) Fiber direction and stacking sequence design for bicycle frame made of carbon/epoxy composite laminate. Materials and Design, 31(4),1971-1980.

Drouet, J.-M., Champoux, Y., Dorel, S., (2008). Development of Multi-Platform Instrumented Force Pedals for Track Cycling. In: Estivalet, M., Brisson, P. (Ed.), The Engineering of Sport, 7, Springer, Paris, 263-271.

Stapelfeldt, B., Mornieux, G., Oberheim, R., Belli, A., Gollhofer, A., (2007), Development and Evaluation of a New Bicycle Instrument for Measurements of Pedal Forces and Power Output in Cycling. Int. J. Sports Med., 28(4), 326-332.

Mornieux, G., Zameziati, K. Mutter, E., Bonnefoy, R., Belli, A., (2006) “A Cycle Ergometer Mounted on a Standard Force Platform for Three-Dimensional Pedal Forces Measurement During Cycling”. J. Biomech., 39(7), 1296-1303.

British Standards (2005) “Racing bicycles -Safety requirements and test methods” BS EN: 14781- 2005.

Gordon Wilson, D, Papadopoulos, J. (2004) “Bicycling Science”3rd Ed. The MIT Press, London, England.

Reiser, R.F., Peterson, M.L., Broker, J.P., (2003) “Instrumented Bicycle Pedals for Dynamic Measurement of propulsive Cycling Loads”. Sports Eng., 6, 41-48.

Petrone, N., Dallona, P., Dal Pozzo, M., Marchiori, M., Orsingher I., (2002). “MetodologieSperimentaliPer La Misura Dei CarichiAllaSella Su Biciclette Da Corsa E Mountain Bike”XXXIConvegnoNazionale AIAS – Parma, September 18-21 2002.

Orsingher, I., Petrone, N., (2001) “AcquisizionesuStradadeiCarichisuBicicletta da Corsa per la Definizione di ProvaFatica”. XXX ConvegnoNazionale AIAS – Alghero (SS), September 12-15 2001.

Thomas Jin-Chee Liu, Huang-ChiehWub ; Fiber direction and stacking sequence design for bicycle frame made of carbon/epoxy composite laminate.

H. J. Chun , J. A. Lee 1, K. T. Kang ; Study of design variables with loading condition for composite laminate Bicycle Frame.

Derek Covilla, Steven Begga, Eddy Eltona, Mark Milnea, Richard Morrisa, Tim Katza ; Parametric finite element analysis of bicycle frame geometries.

Stanislaw Ochelski ,PawelGotowicki ; Experimental assessment of energy absorption capability of carbon-epoxy and glass-epoxy composites.

AlexandreCallensa , André Bignonnetb Fatigue design of welded bicycle frames using a multi axial criterion.

Finite Element Analysis and Optmization of Automotive Composite Drive Shaft; S.V. Gopalakrishna, B. V. Subrahmanyam. IJETT V5 (7):346-351 Nov 2013.

R. M. Johns, Mechanics of composite materials.


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