Multi-Criterion Decision Making for Build Direction in Layered Manufacturing

Rui Yue; An Hua Peng

doi:10.4028/www.scientific.net/AMR.538-541.3187

Paper Titles

Research on Structural Strength of Catamaran Superstructure Constructed with Aluminum Alloy
p.3165

Research on Development of Assembly Sequence Planning System Based on Knowledge
p.3170

Structural Design of Prostate Biopsy Robot Based on TRIZ Theory
p.3176

A Study on Optimization Design and Performance Test of an Aerostatic Bearing
p.3182

Multi-Criterion Decision Making for Build Direction in Layered Manufacturing
p.3187

The Manufacture of a Newfashioned Portable Pneumatic Cutting Sampling Machine
p.3191

Devising Adaptive Environment Agent for Reliability Analysis of Materiel System
p.3196

Engineering Design Method and Fabrication of the Fully Featured Accelerating Structure for the CLIC Study
p.3200

Design of Reverse System Besed on Bluetooth Technology
p.3207

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 538-541Multi-Criterion Decision Making for Build...

Multi-Criterion Decision Making for Build Direction in Layered Manufacturing

Abstract:

Abstract: Based on analyzing the influences of build direction on stair-stepping effect, supporting structure, efficiency, and deformation, etc., analytical hierarchical process (AHP) is introduced to make decision for build direction in layered manufacturing. The applications to optimizing the build direction of a computer mouse during prototyping show that the proposed method increases the rationality during decision making and improves quality and efficiency for the prototyping part.