Composite Materials in the Construction of Transport Means

  • Katica Miloš
  • Ivan Miloš
  • Danko Čurepić
Keywords: composites, mass reduction, energy saving

Abstract

The saving of energy by reducing the mass of the materialrepresents one of the basic requirements in the development ofthe transport technology. High potential in this direction hasbeen recognised in the relatively new group of materials knownas the composites. Their application is expected to achieve greatreduction in the mass of the transport means, especially theroad and railway vehicles. This paper attempts to present informationabout the composites, their status as well as the possibilitiesof their mass implementation.

References

K. Milos, Dissertation: AlP3 Particle reinforced Al materials

produced by Powder Metallurgy, Technical University

Vienna, Vienna 1994.

Stuart. M. Lee: Handbook of Composite Reinforcements,

VCH Publishers. Inc. New York, 1993.

K. Schulte und K. U. Kainer: Verbundwerkstoffe und

Werkstoffverbunde, WILEY-VCH Verlag GmbH,

Weinheim 1999.

P. K. Mallick and S. Newman: Composite Materials

Technology-Processes and Properties, Carl Hanser V erJag,

Munchen, 1990.

J, Banhart: Manufacturing Routes for Metallic Foams,

JOM 52(12) 2000, pp. 22-27

J, Banhart, J, Baumeister and M. Weber: Herstellung

undAnwendungsmoglicheiten van Bauteilen Geschaumten

Metallen, Werkstoffen in Automobilbau 97/98, Sonderausgabe,

A TZ/MTZ

S. Rawal: Metal Matrix Composites for Space Application,

JOM 53(4)2001, pp. 14-17

Peter J. Alvarado: Steel vs. Plastics: The Competition for

Light Vehicle Fuel Tanks, JOM 48(7) 1996, pp. 22-25

P. Rohatgi: Metal-Matrix Composites, Advances in Materials

Technology-MONITOR, 17, 1990.

F. Richter: Die Physikalischen Eigenschaften van metalischen

Werkstoffen, Metall-45. Jahrgang, Heft 6, 1991.

R J, Morgan, F. M. Kong and J, K. Lepper: Laser

Induced Damage Mechanisms of Kevlar49 Composites,

J. Compos. Mater. 22,1027,1998.

W. L. Harper and C. E. McAJister: The Effect of Radiation

Kevlar49, US Department of Energy Report

Y-DA-6527,1975.

Du Pont Technical Report C-29: The Effect of mtraviolet

Light on Products Based on Fibres Kevlar29 and

Kevlar49, 1997.

W. F. Powers: Advanced Materials and Processes, May

F. 0. Andregg: lnd. Eng. Chem., 31,290,1935.

F. Stodolsky, A. Vyas, R Cuenea and L. Gaines: Life-

Cycle Energy Savings Potential from Aluminium Intensive

Vehicles; Conference Paper, oct. 16-19, 1995. Vienna

Dr. Branko Sarh: 'Lightweighting' of Composite Structure

for Transportation Systems: Lightweighting at Boeing,

Workshop at EADS, Munich, Germany, March 14,

How to Cite
1.
Miloš K, Miloš I, Čurepić D. Composite Materials in the Construction of Transport Means. Promet [Internet]. 1 [cited 2024Apr.23];16(1):37-6. Available from: http://traffic.fpz.hr/index.php/PROMTT/article/view/572
Section
Older issues