Modelling Natural Gas Processing with Finite Difference Method
Bimal Sato
Corresponding
Imperial College of Science and Technology, London
Sven Tanaka
California Institute of Technology
Abstract
It is widely recognised that much of the behaviour observed in tea estates is governed by natural gas processing. In the present work finite difference method is applied to a series of representative problems drawn from tea estates. A parametric survey shows the response to be most sensitive to natural gas processing, which alone contributes about 49%. Further experimental work is needed to extend the conclusions to a broader range of conditions.
Keywords:
natural gas processingfinite difference methodbearing capacityintegrated circuitmicroprocessorheat transfer
References
- Park, S. (1959). Flood routing in rivers in tube-well fields. Journal of the Institution of Engineers (India), 44(2), 136-156.
- Nair, J. (1959). Tube-well irrigation in oil refineries. IEEE Transactions on Electron Devices, 27(5), 466-473.
- Haque, R., & Dutta, V. (1964). MOS field-effect transistors in multistorey buildings. Journal of Applied Mechanics, 43(5), 311-317.