How Composite Materials Influence Sustainable Development

  • Anamaria Emin Ovidius University of Constanta
Keywords: composites; composites area of use; composites advantages; composites disadvantages; sustainable development

Abstract

Sustainable development has become the most widely accepted concept. Sustainable development refers to the ability of society to develop economically and socially, meeting the requirements of current generations without compromising or risking the chances of future generations. In a broader sense, sustainable development refers to safeguarding the Earth's ability to support life in all its diversity. Especially in the last decade, it has become clear, in the light of climate change, that a more careful use of resources is needed and that all types of emissions must be minimized to reduce the impact of human development and to achieve the sustainable growth. A composite material is an ensemble of distinct materials, which has characteristics that the constituent materials do not have in part. The need to develop new materials and unconventional technologies was determined not only by economic and social reasons, but also by the fact that in the conditions of exponential development of production, there was a very strong crisis of sources of raw materials and energy, with increasing human aggression against the environment. The properties composites offer enable manufacturers to build sustainable attributes into projects or products that may increase energy efficiency, durability and the use of materials that lower environmental impact. The increasing demand for renewable energy, fuel-conserving transportation and greener buildings open a world of opportunity in the composites industry.

Author Biography

Anamaria Emin, Ovidius University of Constanta

Doctoral School of Mathematics

References

Abrate, S., Impact on Composite Structures, Cambridge University Press, Cambridge, 1998
Alpopi, C., Sustainable Development Principles
Backer, A., Mouritz, A., Chester, R., Bannister, M., Properties of Composite Systems
Backer, A., Dutton,S., Kelly, D., Composite Materials for Aircraft Structures
Bueren Ev, Bohemen Hv, Itard L, Visscher H, editors, Sustainable Urban Environments, 1st ed. Delft: Springer; 2012
Cowin, S.C., Bone poroelasticity, J Biomech, 1999
Fuiorea, I., Materialele compozite - proiectarea răspunsului mecanic, Editura Pan Publishing House, 1995, București, România
Goodman, M.A., Cowin, S.C., A continuum theory for granular materials, Archive for Rational Mechanics and Analysis 1972
Horton, R.E., McCarty, J.E., Damage Tolerance of Composites, 1987
Ispas, Șt., Materiale compozite, Editura Tehnică, 1987, București, România
Jiga, G., Noțiuni fundamentale în mecanica materialelor compozite, Editura Atlas Press, 2004, București, România
Lupescu, M.B., Fibre de Armare pentru Materialele Compozite
Nicolae, O., Analiza multicriterială a impactului asupra mediului in cazul utilizării materialelor tradiţionale şi compozite, Buletin stiinţific, 2013
Nieto, M.; Rivera, J.E.M., Naso, M.G., Quintanilla, R. Qualitative results for a mixture of Green–Lindsay thermoelastic solids. Chaotic Mod. Simul. 2018
Rahman, A., Structural Composite Materials, 2010
***www.rsc.org (accessed 02.11.2021)
***www.wikipedia.org (accessed 02.11.2021)
Published
2021-12-03
Section
Entrepreneurial Perspectives