M.Sc. Davood Peyrow Hedayati
Research Assistant
Team: Chair of Composite Lightweight Engineering | Prof. Dr.-Ing. habil. Robert Böhm
Telephone +49 (0)341 3076 4210
Send an email | davood(dot)peyrow_hedayati(at)htwk-leipzig.de
Publications: ResearchGate
HTWK Leipzig | Faculty of Engineering
Nieper-Bau | Room NI343
Karl-Liebknecht-Straße 134, 04277 Leipzig
Teaching
Bachelor’s degree programmes
- Lightweight Construction Technologies
- Design of Fibre-Reinforced Composite Components
Master’s degree programmes
- Multifunctional Lightweight Structures
Research
- Advanced Material Analysis and Characterisation
- Material modelling (plastic deformation)
- Finite Element (FE) Analysis
- X-ray diffraction (XRD) analysis
- Multiphysics simulations
- Supercapacitors and (structural) batteries
- Carbon nanomaterials
- Light metal alloys and their forming processes
EEdeL
Development of lightweight, pressure-applied battery casings for high-performance solid-state batteries
To make short-haul aircraft more eco-efficient and, in the long term, to develop fully electric propulsion systems, the HTWK is developing a lightweight, pressure-applying battery housing for high-performance solid-state batteries, which, due to its mechanical strength, is suitable for direct installation in short-haul aircraft. The aim of EEdeL is to build an understanding of the interplay between pressure and battery performance. Models are being developed for the pressure-dependent electrochemical properties of solid-state batteries.
Funding: BMWE, Aviation Research Programme
Project duration: 05/2026 – 04/2029
ScStruct
Fabrication of fibre-reinforced structures with integrated structural supercapacitors
The ScStruct project investigates the realisation of fibre-reinforced composite structures with integrated structural supercapacitors (SSC). It focuses on the holistic evaluation of material selection, lightweight construction methods and multifunctional performance testing. The aim is to identify potential cost savings through functionally integrated lightweight construction and to reduce system mass and the number of manufacturing steps. The project aims to achieve the efficient integration of structure and function.
Funding: SAB/EU
Project duration: 03/2026 – 06/2026
PRINTCAP
The Next Generation of 3D-Printed Structural Supercapacitors
The Printcap project is dedicated to the development of efficient, lightweight and durable energy storage solutions for carbon-free mobility systems. The solutions to be researched, which are based on a combination of supercapacitors (supercaps, SC) and composite materials, have the potential to lead to breakthrough innovations in the field of electric mobility. The synergy between supercapacitors and composite materials aims to drastically reduce the weight and space requirements of energy storage systems. The development work is being carried out in collaboration with Thales R&T, Nawa Technologies (both in France) and TU Dresden.
Funding: SAB/EU (M-Era.net)
Project duration: 06/2022 – 05/2025
