Most traditional multi-criteria optimization techniques require that the decision maker
construct an aggregate objective function using the weights determined as a result of a trial …

Physical programming (PP) is an emerging multiobjective and design optimization method
that has been applied successfully in diverse areas of engineering and operations research …

This research focuses on multiobjective system design and optimization. The goal is to
extend the physical programming (Messac, A.,“Physical Programming: Effective Optimization …

Visualizing the optimization process in real-time can play a critical role in the human-
computer infrastructure of the optimization process. If effectively exploited, visualizing the …

The multi-objective optimization strategy called physical programming (PP) provides
engineers with a flexible tool to express design preferences with a 'physical'meaning. For …

A new effective and computationally efficient approach for design optimization, hereby
entitled physical programming, is developed. This new approach is intended to substantially …

Abstract Interactive Fuzzy Physical Programming (IFPP) developed in this paper is a new
efficient multi-objective optimization method, which retains the advantages of physical …

Engineering design generally involves two, possibly integrated, phases:(i) generating
design options, and (ii) choosing the most satisfactory option on the basis of some …

Optimization methods are considered in a huge number of articles, monographs, and
handbooks. To all appearances, the number of publications devoted to optimization …

Green engineering requires the designer to consider a very extensive set of environmental
impacts. To minimize these impacts, the designer must significantly expand his or her …