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Taguchi Methods: Benefits, Impacts, Mathematics, Statistics and Applications
By
Teruo Mori, PhD
Teruo Mori, PhD
PE
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Shih-Chung Tsai, PhD
Shih-Chung Tsai, PhD
CQE
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ISBN:
9780791859698
No. of Pages:
1060
Publisher:
ASME Press
Publication date:
2011

Plants convert sunlight energy into chemical energy and store it in their body parts (i.e., grains); plants are systems of energy transformation. This chapter discusses five major technological energy forms: mechanical (including kinematic), electric, chemical, thermal, and electromagnetic (including electromagnetic wave and light) energy. The transformation and transferring mechanisms of these energies are explained. An energy transformation system is defined as a mechanism that transforms one form of input energy into another form of output energy. Downstream problems can be prevented at the system design stage by designing the system to efficiently transform energy. Downstream quality problems are often due to inefficient input-to-output energy transformation.

10.1 Transformation From First-Level Energy Into Second-Level Energy
10.2 Types of Energy Transformation Mechanisms
10.3 Energy Transformation Mechanisms Case Studies
10.4 Brake System Improvement Case Study
10.5 Energy Transferring Mechanism
10.6 S/N (Signal-to-Noise) Ratios for Energy Transformation/Transferring Mechanisms
10.7 Q&A
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