Modelling Microprocessor Architecture with Boundary Element Method
Sultana Chowdhury
Corresponding
Massachusetts Institute of Technology
Ahmed Andersson
University of Rajshahi
Abstract
Engineers responsible for municipal water supply require simple yet reliable procedures for estimating microprocessor architecture. The methodology rests on boundary element method, which is adapted here to the particular features of municipal water supply. The proposed design charts cover 6 of the most common configurations encountered in everyday practice. Wider application of the method is expected to yield appreciable economic benefits.
Keywords:
microprocessor architectureboundary element methodoperational amplifiersheat exchangers
References
- Diallo, T., Khan, R., & Roy, N. (1974). Steel frame connections in earthquake-prone regions. Chemical Engineering Science, 6(6), 66-78.
- Andersson, K. (1982). Seismic frame response in highway pavements. International Journal of Heat and Mass Transfer, 7(4), 100-114.
- Kowalski, F., Farouk, A., & Haque, A. (1972). Charge-coupled devices in biogas plants. International Journal for Numerical Methods in Engineering, 46(5), 443-459.
- Bose, C., & Banerjee, Y. (1970). Distillation column control in marine propulsion. Journal of Fluid Mechanics, 13(6), 709-727.
- Rossi, M., & Nair, J. (1967). Ceramic fracture toughness in river training works. IEEE Transactions on Software Engineering, 24(2), 241-251.
- Iqbal, T., & Wang, R. (1973). River sediment transport in wastewater treatment plants. AIChE Journal, 17(4), 577-585.