The Trend and Tasks in Automotive Materials and Processing Technology
Materials, Heat Treatment and Surface Modifications Applied for Automotive Components
Advancement and Future of Coat Quenchants for Heat Treatment of Automotive Components
93NM034 Trends of Surface Modifications Applied to Engine Components
93NM035 Key Features of Automotive Ceramics Components Applications
Intensive Steel Quenching Methods on the Way of Automation
Real Time Measurement of Cooling Power in the Furnace Tank
Automotive Applications of SULFONIT and NITROVAC Processes
Surface Modification by Means of Laser Beam of a T7 Semi-highspeed Steel
Vacuum Carburizing with High Pressure Gas Quenching - The Process
Heat Treating SAE 5160 Automotive Leaf Springs in a Polymer Quenchant
New Developments in Endothermic Generator Design and Control
Power Inductor[TM] Technology for Automotive Heat Treating
Advances in Polymer Quenching Technology
Influence of Test Conditions on Cooling Curve Test Results
Influence of Cooling Effects during Quenching on Parts Distortion
Salt Bath Nitrocarburizing without White Layer for Aluminum Die Casting Dies
Intensive Quenching Practices for Automotive Parts Production - An Overview
Solution Treatment of High Strength Aluminum Alloys in the Aerodynamic Heat Treat Furnace (AHTF)