In this work, the simulation model of short-circuit test of transformer is designed.
In this work, the simulation method was used to determine this volume.
In this work, the simulation is realized by using the finite element method as implemented in COMSOL Multiphysics software package.
In this work, the simulation model developed at the design stage of a Passive Solar Building is fitted/calibrated from experimental measurements.
In this work, the simulation on lens deformation circumstances under the thermal environment is carried out using the finite-element analysis software ANSYS.
In the course of our work, the simulation of the hydrogen bonds formation between ligand molecule and hypothetical receptor has been designed.
In present work the simulation program is developed using Two Parameter Weibull Distribution and method of Maximum Likelihood Estimation (TPWDUMLE) to find the Weibull parameters for strength characterization in fiber and fibrous materials using experimental-reliability based novel approach.
In this work, the simulation of energy consumption is structured in three stages: collection of data from the test chamber, insertion of data into a spreadsheet, and generation of output parameters namely values for each thermal load and energy consumption of compressor.
