Fatigue and damage analysis of elastomeric silent block in light aircrafts

Author:

Lefanti R.,Ando M.,Sukumaran J.

Publisher

Elsevier BV

Subject

Applied Mathematics,General Mathematics

Reference23 articles.

1. Lefanti R, Kalcska G, Keresztes v, oldal I. Developing small-aircraft service, landing-shaft reconstruction. Scientific Bulletin, series C, Volume XXIV, Fascicle: Mechanics, Tribology, Machine manufacturing technology. p. 49–56.

2. Lefanti R, Keresztes R, Kalcska G. Plastic machine elements of small airplane: Examination of the landing-gear leg support of CESSNA 72, In: 7th International multidisciplinary conference, Naia mare: Romania; 2007, May 17–18, 389–395.

3. Hansen P, Mirza S, Harris J. Modelling and Durability Assessment of Rubber Components in Rail Vehicles. Modelling of Elastomeric Materials and Products, London: 2010.

4. Symes TEF, Armoured vehicle track elastomers-research and development at MRL, General document, Department of defence, Defence science and technology organization, Materials research laboratory, MRL-GD-0012, 1988.

5. In Moon S, Cho J, Su Woo C, Kim WD, Study on determination of durability analysis process and fatigue damage parameter for rubber component, J Mech. Sci. Technol. 2001; 25 (5): 1159–65.

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