Integrated TRIZ and MEMS in Eco-Innovative Design

Hui Ling Yu; Jie Guo; De Lin Fan

doi:10.4028/www.scientific.net/AMM.441.1064

Paper Titles

Fast Elliptic Curve Point Multiplication Algorithm Optimization
p.1044

Study on Simulation Cloud Computing of Power System
p.1049

The Study of the Apple Juice Evaporation Characteristics on a Heat Pipe Evaporator
p.1055

TRIZ Evolution Theory Applied to Man-Made Boards
p.1060

Integrated TRIZ and MEMS in Eco-Innovative Design
p.1064

Virtual Manufacturing Technology Application in Calculation of Man-Hour in Manufacturing
p.1068

A New Method for Determining Pulverized Coal Economic Fineness
p.1072

An Estimation of Distribution Algorithm for Energy-Aware Steelmaking Continuous Casting Scheduling
p.1077

Profits Distribution Optimizing Model of Multi-Type Generation Resources Joint Scheduling
p.1081

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 441Integrated TRIZ and MEMS in Eco-Innovative Design

Integrated TRIZ and MEMS in Eco-Innovative Design

Abstract:

An eco-innovative product design method integrating the concept of green design, process technology, product structure, material selection and other effects. Eco-innovative design evaluates how a product impacts the environment during its entire life cycle. Each system will thus follow one or more patterns of evolution as given by Altshuller. This paper attempts to indicate how TRIZ tools and MEMS (microelectromechanical systems) can be used in eco-innovative design research activities. An idea generation support method by using TRIZ is proposed.