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International Conference on Welding Metallurgy and Transformation-Hardening Materials ICWMTHM on May 27-28, 2023 in Tokyo, Japan
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- Short Name: ICWMTHM
- Event Type: Conference
- Website URL: https://waset.org/welding-metallurgy-and-transformation-hardening-materials-conference-in-may-2023-in-tokyo
- Program URL: https://waset.org/conferences-in-may-2023-in-tokyo/program
- Location: Tokyo, Japan
- Date: May 27-28, 2023
- Organization: World Academy of Science, Engineering and Technology
- Conference Tags: metallurgy
Welding metallurgy
Welding metallurgy and weldability
Welding technology and codes
Fundamentals of welding metallurgy
Thermal and thermochemical study of welding
Metallographical examination of welds
Solid phase transformations during welding
Hardening and cold cracking in steel welding
Heat treatments for steel welds
Metallurgical aspects of destructive and non-destructive weld tests
Fusion welding processes
Heat flow in welding
Chemical reactions in welding
Fluid flow and metal evaporation in welding
Residual stresses, distortion, and fatigue
The fusion zone
Basic solidification concepts
Weld metal solidification
Grain structure
Microstructure within grains
Post-solidification phase transformations
Weld metal chemical inhomogeneities
Weld metal solidification cracking
The partially melted zone
Formation of the partially melted zone
Difficulties associated with the partially melted zone
The heat-affected zone
Work-hardened materials
Precipitation-hardening materials
Aluminum alloys
Nickel-base alloys
Transformation-hardening materials
Carbon and alloy steels
Corrosion-resistant materials
Stainless steels
Welding metallurgy and weldability
Welding technology and codes
Fundamentals of welding metallurgy
Thermal and thermochemical study of welding
Metallographical examination of welds
Solid phase transformations during welding
Hardening and cold cracking in steel welding
Heat treatments for steel welds
Metallurgical aspects of destructive and non-destructive weld tests
Fusion welding processes
Heat flow in welding
Chemical reactions in welding
Fluid flow and metal evaporation in welding
Residual stresses, distortion, and fatigue
The fusion zone
Basic solidification concepts
Weld metal solidification
Grain structure
Microstructure within grains
Post-solidification phase transformations
Weld metal chemical inhomogeneities
Weld metal solidification cracking
The partially melted zone
Formation of the partially melted zone
Difficulties associated with the partially melted zone
The heat-affected zone
Work-hardened materials
Precipitation-hardening materials
Aluminum alloys
Nickel-base alloys
Transformation-hardening materials
Carbon and alloy steels
Corrosion-resistant materials
Stainless steels
Name: World Academy of Science, Engineering and Technology
Website: https://waset.org/
Address: UAE