Rear-seat Restraint Optimization Addressing the Different Needs of a Diverse Population
Most rear seats are too long for most children ages 4-17, a design optimization project was undertaken in order to explore the optimum belt and seat configurations for children with a range of body sizes.
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.
Automatic optimization of the Sulzer CompaX™ mixer as part of the design process
The proceeding presents the automatic optimization of the Sulzer CompaX™ mixer as part of the design process
Design of a Low Shear Hydrofoil through the use of Computational Fluid Dynamics and Multi-Objective Design Optimization
The presentation focuses on the design of a low shear hydrofoil through the use of computational fluid dynamics and multi-objective design optimization
modeFRONTIER optimisation on financial markets
The basic portfolio optimization theory hinges on the discrete time, continuous outcome paradigm otherwise known as the mean-variance or Markowitz paradigm. In 1952, Harry Markowitz introduced this approach, which is widely used in applications involving investment portfolios. Mean-variance theory assumes that among portfolios with the same standard deviation, the one with the greatest expected value is the most efficient.
Multi-Objective Optimization of BGA Packages
In this presentation we will describe an optimization procedure that can be conveniently and efficiently employed for determining: The design parameters that are critical for BGA packages; their relative importance and the actual BGA the actual BGA optimal design optimal design
MULTI-OBJECTIVE OPTIMIZATION IN HIGH VOLTAGE CIRCUIT BREAKER DEVELOPMENT
the presentation focuses on the multi-objective optimization in high voltage circuit breaker development
Design Optimization for Human WellBeing and Overall System Performance
In the following study AnyBody software has been employed within the optimization environment of modeFRONTIER to create a very helpful tool to calculate and optimize the muscular-skeletal forces for general movements of the human body to optimize ergonomic situations.
Robust Design Framework for IIHS Rear Impact
The presentation focuses on the robust design framework for IIHS rear impact
Robust Design of An Inflatable Knee Bolster
This paper investigates an integrated robust design approach for occupant restraint system by taking advantages of design of experiments, variable screening, stochastic meta-modeling, and genetic algorithm. An inflatable knee bolster design is used as an example to demonstrate the methodology; however, the proposed method is applicable for all occupant restraint system design problems.