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Using the Fast Multi-Objective Genetic Algorithm to Improve the Urban Flood Modeling

In the present paper, a multi objective optimization approach based in Genetic Algorithm, Design Of Experiments and Response Surface Method strategies, is applied in order to predict the optimal CFD model parameters,

Multidisciplinary Code Coupling for Analysis and Optimization of Aeroelastic Systems

This paper presents a practical methodology for static aeroelastic analysis and aeroelastic optimization via coupling of high-?delity commercial codes.

Aerodynamic Structural and Esability Design of a Mini-VANT

This work develops a multidisciplinary optimization methodology to create the conceptual design of a mini-UAV. The optimization, implemented in the commercial software modeFRONTIER, analyses several configurations, looking for an aircraft with less mass, and that meets the restrictions.

Multidisciplinary Design Optimization Applied to the Conceptual Design of a Small Unmanned Aerial Vehicle

The use of UAV aircraft has been increased in many sectors of society such as military defense, public security, search and rescue, remote sensing, agriculture control among others. This work develops a multidisciplinary optimization methodology to create the conceptual design of a small UAV, involving the areas of aerodynamics, structures and stability. The optimization, implemented in the commercial software modeFRONTIER, analyzes several configurations, looking for an aircraft with less mass, and that meets the project restrictions. The results are compared to a previously designed prototype, which was established as a reference model, seeking to reduce its mass and improve their characteristics.

 

Keeping it cool with modeFRONTIER

When it comes to reducing fuel consumption, one effective strategy is to improve the performance of an engine’s transient cooling system. The Diesel Engine Development Department at BMW used modeFRONTIER® to optimize engine parameters related to the cooling system and to support the validation steps for the newly updated thermal model, in this way determining an accurate framework for comparing and optimizing different cooling packages.

Parametric analysis of heat exchanger for thermoelectric heat pump

The purpose of this work is the implementation of a standard and well proven procedure for the optimization of Heat Exchangers' performance for general thermoelectric applications. The interest in investigating such a methodology comes up as a consequence of a new production technology just developed for finned heat exchanger.

Optimization of the Design of a Modified External Gear Pump

The following presentation focuses on the optimization of the Design of a Modified External Gear Pump

Optimization of the Process Parameters for Controlling Residual Stress and Distortion in Friction Stir Welding

The following proceeding, presented at the User Meeting 2008, focuses on the Optimization of the Process Parameters for Controlling Residual Stress and Distortion in Friction Stir Welding

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