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Full Description
Industrial innovation is grounded in continuously improving materials, optimising technological processes, designing effective production systems and equipment, and ensuring final product quality assurance. This special edition presents a collection of research results contributions across four domains of modern engineering practices: structural metal processing, surface treatment and tribology, industrial engineering and product quality, and engineering design and is intended for researchers and engineers engaged in advancing manufacturing systems and materials processing technologies.
Contents
Preface
Chapter 1: Processing of Structural Metals
The Effects of MQL Pulse Parameters on Cutting Force, Cutting Temperature and Surface Roughness in Turning Process
Effect of Cooling Rate on the As-Cast Microstructure of a High Strength Steel Produced in a Large Size Ingot
Chapter 2: Surface Treatment and Tribology
Increasing the Corrosion Resistance of Structural Steels Using Plasma Nitriding
Use of Integral Characteristics in the Evaluation of Surface Texture of Components after Plasma Nitriding
Exploring the Influence of Variations in Distance Levels to Dielectric Barrier Discharge Plasma on Surface Energy and Fluorescence Modifications in Shape-Stable Aluminum Alloys and Shape-Instable Unvulcanized Rubber Blends
Magnetic Field-Assisted Ultrasonic Nanocrystal Surface Modification of Titanium Alloy
Effect of Frequency on Selected Properties of Wc HiPIMS Coatings Deposited Using a Mixture of Ar+Kr as Working Gas
Monitoring the Soft Sludge and Water Content of Hydraulic Oil Samples Using Drop Analysis
The Influence of Heat Treatment of High-Strength Steels on the Change of Tribological Properties by the Ball on Flat Method
Chapter 3: Industrial Engineering and Product Quality
Additive Manufacturing Section Image Features for Magnetic Processing Characteristics Prediction
Utilizing Six Sigma for Effective Pore Defect Reduction in Plastic Water Tanks
Chapter 4: Engineering Design
Design and Analysis of a Composite SACH Foot: Experimental Validation and Finite Element Modeling
Damping Ratio Estimation of Linear and Non-Linear Viscoelastic Materials Using Hilbert and Wavelet Analysis Techniques
