MathModelica is a software system for multi-engineering modeling and simulation based on Modelica and Mathematica.
MathModelica allows users to develop advanced multi-engineering models in a simple drag and drop interface and includes a large number of built-in base models for engineering domains, including electrical, mechanical, and thermal, as well as for areas like biochemical modeling.
A modified PSO algorithm is developed for solving multi-physics engineering optimization problems.
To the best of the authors' knowledge, this multi-physics approach is novel for optimizing rotary MRF brakes and the developed PSO algorithm is capable of solving other multi-physics engineering optimization problems.
The paper gives complete description of the novel methodology with results pertaining to realistic engineering multi-layer shielding geometries.
Consequently, as part of the nanomaterial engineering, multi-functionalization of nanoparticles aiming at incorporating several functionalities into one single nanoparticle is of increasing interest and has been widely applied in a variety of scientific fields [2 8].
In order to prevent subjective or arbitrary behavior in bid evaluation process, a dynamic engineering Multi-Criteria Decision Making Model optimized by entropy weight was proposed.
We describe the development of a highly interactive approach to simulation of engineering multi-mechanics problems, using the smoothed particle hydrodynamics mesh-free method as the computational engine, for applications including ship survival, medical devices and Pelton turbines.
Tribocorrosion is combined with fatigue (multi-degradation) in many engineering applications.
This study provides a referential method for solving complex multi-uncertainty problems in engineering safety analysis.
Subsequently, due to the importance of multiple resonant responses in engineering design, multi-frequency excitations are considered.
