An engineering tool to understand this periodic mode of operation is developed.
A software of mechanical analysis of tubing string in well testing operation is developed using Visual Basic 2008.
Furthermore, a simple but efficient repair operation is developed to deal with the time-varying characteristic of the thermal process.
A detailed mathematical model of current, potential and acid distribution within the electrodes during normal operation is developed and used.
Modelling and simulation of PEM fuel cell stack operation is developed in Simulink® environment and validated through experimental data.
A procedure to identify in the system parameter plane the critical ignition conditions and the parametrically sensitive regions for reactors with reverse-flow operation is developed.
A novel method of using the experimental results for in-situ characterization of the Young's modulus of the IPMC cantilever beam during its operation is developed.
An accurate analytical model of Junctionless double gate MOSFET (JL-DG-MOSFET) in the subthreshold regime of operation is developed in this work using green's function approach.
A transient one-dimensional model, capable of describing the performance of a newly-introduced adsorption chiller with continuous operation, is developed.
Using these equivalent thermal models of the cell, a zero dimensional lumped thermal model for examining the effects of insulation and heater operation is developed.
