The goal of the EMByAM-project is to establish a doctoral network of qualified candidates hosted by renowned institutions and industry partners in the field of electrical machines and additive manufacturing in Germany, Czech Republic, United Kingdom and Belgium, for a comprehensive study and solid development of a new generation of electrical machines for key applications. The objectives of our project are conceiving new concepts of electrical machines that benefit from the 3D geometrical freedom of AM, studying the potential, and laying the foundations of multi-material additive manufacturing to enhance the EM performance. The doctoral network consists of:
Siddique Akbar
Multi-material additive manufacturing of a synchronous reluctance machine with modified electromagnetic and mechanical characteristics
Yitbarek Tedla
3D-structured transposed conductors to reduce the skin effect in the winding of electrical machines
Akbar Mohammadi Ajamloo
Multiphysics modelling of additively manufactured electric machines considering thermal and mechanical properties of different materials and different printing techniques
Mohamed Reda Mahmoud
Electromagnetic and thermal design of permanent magnet machines with additively manufactured magnetic materials with reduced amount of rare-earth materials
Mazahir Shah
Structural design optimization for vibration mitigation in additively manufactured electric machines
Shaheer Ul Hassan
Process optimization and material study for multi-material printing of electrical machines
DC 3 (vacant)
AC losses reduction by means of additive manufacturing for motors with improved efficiency and cooling capability
Hadish Tesfamikael
Multi-domain modelling of additively manufactured electrical machines considering motor-inverter interactions
EMByAM 