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Volumn 51, Issue 2, 2008, Pages 133-142
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Optimisation of process conditions in powder injection moulding of microsystem components using a robust design method: Part I. Primary design parameters
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Author keywords
Microsystem components; Mould filling simulation; Optimisation; Powder injection moulding; Taguchi robust design
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Indexed keywords
ASPECT RATIO;
BIOLOGICAL SYSTEMS;
CASTING;
CHEMICAL ENGINEERING;
CHLORINE COMPOUNDS;
COMPUTER AIDED ENGINEERING;
DIE CASTING;
DIE CASTINGS;
EMBEDDED SYSTEMS;
FORMING;
HIGH TEMPERATURE APPLICATIONS;
HIGH TEMPERATURE OPERATIONS;
INJECTION MOLDING;
INTERMODULATION;
INTERMODULATION MEASUREMENT;
MASS TRANSFER;
METAL CASTINGS;
METALLURGY;
MOLDING;
MOLDS;
NANOFLUIDICS;
OPTICAL DESIGN;
ORES;
PHOTORESISTS;
POWDER METALLURGY;
POWDERS;
PROCESS ENGINEERING;
PRODUCT DESIGN;
RESIN TRANSFER MOLDING;
STAINLESS STEEL;
TAGUCHI METHODS;
TECHNOLOGY;
CHEMICAL INERTNESS;
CHEMICAL-;
COMPLEX SHAPES;
DESIGN ISSUES;
FABRICATION TECHNIQUES;
FILL TIME;
HEAT AND MASS TRANSFER;
HIGH ASPECT RATIO;
HIGH TEMPERATURE RESISTIVITY;
INJECTION MOULDING;
LENGTH SCALING;
MATERIAL SELECTIONS;
MELT TEMPERATURES;
MICRO FLUIDIC APPLICATIONS;
MICRO SYSTEMS;
MICROSYSTEM COMPONENTS;
MOULD FILLING;
MOULD FILLING SIMULATION;
MOULD TEMPERATURES;
MULTI SCALING;
NANO SCALE FEATURES;
OPTIMISATION;
PLASTIC INJECTION;
POWDER INJECTION MOULDING;
PRIMARY DESIGN;
PROCESS CONDITIONS;
PROCESS PARAMETERS;
PROCESS VARIABILITY;
ROBUST DESIGNS;
STAINLESS STEELS;
STATE OF THE ARTS;
SWITCH OVER;
TAGUCHI;
TAGUCHI ROBUST DESIGN;
THIN-WALLED;
DESIGN OF EXPERIMENTS;
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EID: 49749143018
PISSN: 00325899
EISSN: None
Source Type: Journal
DOI: 10.1179/174329008X284796 Document Type: Article |
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Times cited : (28)
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References (15)
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