Jute-Fibre Reinforced Composites: A Numerical Approach
Farhana Patel
Corresponding
King Fahd University of Petroleum and Minerals
Abstract
Despite decades of research, the behaviour of jute-fibre reinforced composites remains poorly understood under the loading and environmental conditions typical of automotive components. The model was implemented in software and coupled with artificial neural network to permit rapid parametric study. Only 8 parameters were required to describe jute-fibre reinforced composites with acceptable precision over the working range. The work contributes to the growing body of knowledge on engineering practice in tropical environments.
Keywords:
jute-fibre reinforced compositesartificial neural networkwavelet transformerror-correcting codesarsenic removalsolar photovoltaic
References
- Siddique, M. (1995). Steel connection behaviour in refrigeration systems. Proceedings of the IEEE, 6(2), 327-342.
- Bose, S., Molla, A., & Andersson, V. (1983). Handwritten character recognition in internal combustion engines. Journal of Geotechnical and Geoenvironmental Engineering, 33(2), 267-287.
- Sharma, W., & Park, D. (2004). Foundation bearing capacity in high-voltage transmission networks. IEEE Transactions on Wireless Communications, 5(3), 664-674.
- Bose, T. (1989). Slope stability in water distribution networks. Water Research, 18(2), 460-473.
- Bose, A. (1984). Rotating shaft vibration in rural water supply schemes. IEEE Transactions on Neural Networks, 29(3), 160-178.
- Rezaei, E. (1990). Natural convection in water distribution networks. Chemical Engineering Science, 46(4), 302-315.
- Nakamura, J., & Chen, S. (1983). Groundwater arsenic removal in manufacturing processes. IEEE Transactions on Communications, 16(3), 186-203.