To understand welding and joining processes in terms of physics
By the end of this course, students will be able to design or choose the appropriate welding or joining processes, based on plasma physics, electric engineering, control engineering, fluid dynamics, heat and mass transfer, material science, and mechanics.
welding, joining, solid state bonding, soldering and brazing, fusion welding, plasma, power source, heat transfer, mass transfer, fuid, material science, fracture mechanics
✔ Specialist skills | ✔ Intercultural skills | Communication skills | Critical thinking skills | Practical and/or problem-solving skills |
Lectures and exercises
Course schedule | Required learning | |
---|---|---|
Class 1 | Introduction to Welding and Joining Technology | To understand the background of welding and joining technology, From a science and technology viewpoint, understand the classification of processes and the knowledge required to design a joint. |
Class 2 | Classification of welding and joining process | To classify welding and joining processes from the viewpoint of physics, and understand the terminology. |
Class 3 | Solid state bonding | To understand the controlling phenomena in solid state bonding. |
Class 4 | Brazing | To understand the controlling phenomena in brazing. |
Class 5 | Fusion welding | To understand the controlling phenomena in fusion welding. |
Class 6 | Plasma physics in arc plasma | To understand the plasma characteristics required to design the welding processes. |
Class 7 | Heat and mass transfer 1 | To understand the equations of heat and mass transfer. |
Class 8 | Heat and mass transfer 2 | To understand the equations of heat and mass transfer and solutions under several boundary conditions. |
Class 9 | Heat and mass transfer 3 | To understand the equations of heat and mass transfer and solutions under several boundary conditions. |
Class 10 | Metallurgy of carbon steels in the welding and joining process | To understand the metallurgy of carbon steels in the welding and joining process. |
Class 11 | Metallurgy of Fe base alloys in the welding and joining process | To understand the metallurgy of Fe base alloys in the welding and joining process. |
Class 12 | Metallurgy of stainless steels in the welding and joining process | To understand the metallurgy of stainless steels in the welding and joining process. |
Class 13 | Metallurgy of aluminium alloys in the welding and joining process | To understand the metallurgy of aluminium alloys in the welding and joining process. |
Class 14 | Power sources and their characteristics in welding and joining phenomena | To understand the power sources and their characteristics in the welding and joining phenomena. |
Class 15 | Design of welding and joining processes | To understand the total design procedure of joints. |
none
none
exercise and final exam.
mathematics, electromagnetics, material science
As for the schedule, contact to the lecturor