HES-2019
Emerald Publishing Limited
Published on 19. March 2020
240 pages
978-1-83982-749-5 (ISBN)
Description
The HES-19 edition was particularly important because it celebrated the twentieth anniversary of the conference. In fact, starting from the early beginning in the year 1998, the conference has become more and more an attractive event for academics and professionals working in the broad area of electro-technologies. Devices and systems exploiting electromagnetic heating in all its forms like e.g. conduction, induction and microwaves are the main focus of our community.
More details
Persons
Content
- Cover
- Guest editorial
- Optimization of electroslag melting towards to titanium morphology improvement in combined Kroll process
- Optimal design methods for the uniform heating of tube ends for stress relieving
- Numerical simulation and verification of MHD-vortex
- Shape optimization of soft magnetic composite inserts for electromagnetic stirrer with traveling magnetic field
- Cold crucible melting with bottom pouring nozzle
- Calibration of laser welding model based on optimization techniques
- Optimal heat induction treatment of titanium alloys
- On the induction heating contribution in magnetic pulse forming processes for tube forming application
- Hierarchical shape optimization of one-sided transverse flux heating induction coil
- Search optimal control of induction heating modes for a moving workpiece
- Effective methods for optimal design of inducti on coils on example of surface hardening
- Tailored heating of forging billets using induction and conduction heating approaches
- Numerical modelling of heat transfers between inductively heated metallic and dielectric phases
- Investigation of heating and melting in ELTA programs
- Influence of vessel dimensions on particles homogenization and heat removing in TMF stirrer
- A parallel multi-fidelity optimization approach in induction hardening
- A novel multi-surrogate multiobjectivedecision-making optimization algorithm in induction heating
- Simulation and experimental studies of induction hardening behavior of a new medium-carbon, low-alloy wear resistance steel
- Approaches for increasing the lifetime of single-shot coils
- Investigation on the induction stirring effect in a laboratory scale crucible with the variation of electrical supply parameters
- Improving induction tube welding system performance using soft magnetic composites
- Study of an aluminium mixing system based on permanent magnets
- Design tools for electromagnetic drivenmulti-physics systems using high performance computing
- Performance of 450 kW permanent magnet heater for aluminum billets
- Three-dimensional numerical study of heat-affected zone in induction welding of tubes
- Comparison of simplified techniques for solving selected coupled electroheat problems
- Optimal design of the compensation networks of an inductive wireless power transfer system
- Design and control of electrotechnological systems
