High speed machining V : [selected, peer reviewed papers from the 5th International Conference on High Speed Machining (ICHSM2012), 15-16 August 2012, Jinan, China / edited by Zhanqiang Liu and others].

Includes bibliographical references and index.

The topics covered by this book include high-speed machining and micro-cutting related fields, including mechanisms of machining, modeling and simulation of machining processes, machine tools, cutting tools, CAD/CAM, surface integrity of machining processes, difficult-to-machine materials and non-traditional machining technologies. This book provides a valuable reference source for researchers, in the high-speed machining field, who wish to understand further the underlying mechanisms and thus be able to create new and practical machine-tool and cutting-tool technologies. It should also be particularly useful to practising engineers, in the fields of high-speed machining and mechanical micro-cutting, who are responsible for maintaining efficient and effective operations. Review from Book News Inc.: The papers in this volume were initially presented during the Fifth International Conference on High Speed Machining held in Jinan, China, in August, 2012. The 82 papers address a variety of topics, including mechanisms of machining processes, machine tools and cutting tools, difficult-to-machine materials, micro-cutting technologies, and grinding and non-traditional technologies.

Print version record.

High Speed Machining V; Preace and Organising Committee; Table of Contents; Chapter 1: Mechanisms of Machining Processes; Sustainable High Speed Dry Cutting of Magnesium Alloys; Investigations of Transient Machined Workpiece Surface Temperature in High Speed Peripheral Milling Using Inverse Method; Experimental Study on Turning of Titanium Matrix Composites with PCD Tools; Preliminary Study on Carbon Fibre Composites Cutting Technology and Cutting Tools; Research on the Effect of Low Temperature on the Performance of Drilling Carbon Fibre Reinforced Polymer and Ti Stack Materials

Experimental Study on Face Milling Austenitic Stainless SteelAnalytical Modeling to Predict Adiabatic Shear Critical Condition for Orthogonal Cutting; Research on the Cutting Fluid Effect on Cutting Force and Surface Roughness in Rotor Milling; Cutting Performance and Tool Failure in Intermittent Turning Processes of an Al2O3-Based Micro-Nano-Composite Ceramic Tool; Formation and Control of the Cutting Vibration in High-Speed Machining; Experimental Analysis on Spherical Chips in High-Speed Machining of Hardened AerMet100; New Technologies of Green High Speed Dry Cutting

Cutting Force and Tool Wear in Face Milling of Hardened SteelA Review High-Speed Milling of Meshing Cylindrical Surface; Time Molding in Rough Milling of Circular Cavity; Experimental Studies on Machinability of 14 wt.% of SiC Particle Reinforced Aluminium Alloy Composites; Experimental Study of Serrated Chip in High Speed Cutting; Research on Chemical Transformation of Diamond with Fe Catalysis Based on Thermal Analysis; Chapter 2: Simulation of Machining Processes; CFD Analysis on the Flow Field of Minimum Quantity Lubrication during External Thread Turning

A 3D Cohesive Element Model for Fracture Behavior Analysis of Ceramic Tool Materials MicrostructureResearch on the Method of Error Prediction in Milling Thin-Walled Impeller Blade; Rapid Toolpath Correction for Five-Axis High Efficiency Machining Based on Image Analysis; Determination of Constitutive Equation Parameters for Face Milling 3-D Simulation via Pressure Bar and Orthogonal Cutting Tests; Turbine Blade Distortion Analysis during Spiral NC Milling Based on FEM; Predicting Range of Chip Breaking of 3D Complex Groove Turning Inserts with Neural Networks

Tool Path Planning of 5-Axis Finishing Milling Machining for Closed BliskThe Experimental Modal Analysis of High Speed Machining Tool System Based on Integral Polynomial Recognition Method; Drilling Simulation of High Manganese Steel Processing Based on the J-C Constitutive Relation; Using the Flat-End Mill in the Strip Width Machining; Chapter 3: Surface Integrity of Machining Processes; Experiment Study of Tool Wear and Surface Integrity in High Speed Milling of a New Damage-Tolerant Titanium Alloy

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