Manufacturing Technology Research de J. Paulo Davim

Manufacturing Technology Research

J. Paulo Davim

Dr. Mark J. Jackson

Today, manufacturing technology is an interdisciplinary field involving the analysis of product design to assure manufacturability, the selection, specification, and optimisation of the required equipment, tooling, processes and operations. Manufacturing technology is well established in a great number of industries such as aircraft, automotive, aerospace, machine tools, moulds and dies, product manufacturing, computers, electronics, semiconductor and communications, biomedical, etc. This book focuses on all materials, metals, plastics, ceramics, composites, and bio and nanomaterials as well as all manufacturing processes.

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	Preț	Express
Hardback (2)	1085^.37 lei 3-5 săpt.
Nova Science Publishers Inc – 20 mar 2012	1085^.37 lei 3-5 săpt.
Nova Science Publishers Inc – 9 iun 2011	1621^.18 lei 3-5 săpt.

Preț

Express

Hardback (2)

1085^.37 lei 3-5 săpt.

Nova Science Publishers Inc – 20 mar 2012

1085^.37 lei 3-5 săpt.

Nova Science Publishers Inc – 9 iun 2011

1621^.18 lei 3-5 săpt.

Cuprins

Preface; An Experimental Analysis on the Role of Reinforcement on the Grindability of Metal Matrix Composites; Taguchi Based Fractal Dimension Modeling of Surface Profile & Optimization in Cylindrical Grinding; Machining Characteristics of Metal Matrix Composite Using Electric Discharge Machining; Robust & Effective Numerical Strategies for the Simulation of Metal Forming Processes; Mechanical Properties & Fracture Behavior of 6061/SiCp Metal Matrix Composites Cast by Low Pressure Die Casting Process; Predictive Modelling & Sensitivity Analysis of Flux Consumption Rate in Twin-Wire Submerged Arc Welding; Grey-Based Taguchi Analysis for Optimization in CNC Turning of Different Materials with Multiple Roughness Characteristics; Shape Transferability & Microscopic Deformation of Molding Dies in Aspherical Glass Lens Molding Press; Heat Flux & Temperature at the Tool-Chip Interface in Dry Machining of Aeronautic Aluminium Alloy; An Evaluation of Tool-Chip Contact Phenomena & Tool Wear in High Speed Machining; Effects of Edge Radius, Minimum Chip Thickness, & Elastic Recovery on Specific Cutting Energies in Micro-Machining; Experimental Design & Characterization Based Optimization of Detonation Sprayed Fused Alumina Zirconia Deposition; Numerical Simulation of Tube Ovalization in Diode Laser Forming; Modelling the Surface Generated by a Cutting Tool in Wooden Workpieces; A Study on Wire Deflection of WEDM Based on Finite Difference & Newmarks Methods; Machining Stability Based on Phase Difference & its Sensitivity Analysis; Customized Product Development through Configuration Process & Modularity; Product Variety Analysis Based on Reconfiguration Process; Index.