Prof. Dr. Harald Riegel

Room

241

Telephone

+49 7361 576-1001

Email Address

Harald.Riegel[at]hs-aalen.de

Activities as President
Research
Publications

Telephone

+49 7361 576-1001

Room

241

Email Address

Harald.Riegel[at]hs-aalen.de

Activities as President

Strategy development
Negotiations with the ministries
Contacts with the environment of higher education
Appointments for professors; appointment funds
HAW BW: RKH
HfSW

LaserApplicationCenter (LAZ) Center for Optical Technologies (ZOT) Department, Institute for Materials Research (IMFAA)

Jens Sandherr, Sara Nester, Max-Jonathan Kleefoot, Marius Bolsinger, Christian Weisenberger, Amir Haghipour, David Harrison, Simon Ruck, Harald Riegel, Volker Knoblauch

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Jochen Schanz, Nabirul Islam, David Kolb, David Harrison, Anjali De Silva, Dagmar Goll, Gerhard Schneider, Harald Riegel

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Markus Hofele, André Roth, Patrick Hegele, Tim Schubert, Jochen Schanz, David Harrison, Anjali De Silva, Harald Riegel

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Nathan Seiler, David Kolb, Jochen Schanz, Dagmar Goll, Harald Riegel

Further information

Max-Jonathan Kleefoot, Jens Sandherr, Marc Sailer, Sara Nester, Jiří Martan, Volker Knoblauch, Malte Kumkar, Harald Riegel

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Patrick Grub, Markus Hofele, Jochen Schanz, David Kolb, Harald Riegel

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Artificial Intelligence & Computer Science Bachelor Artificial Intelligence & Data Science

Prof. Dr. Harald Riegel

Activities as President

Research

Publications

Improving the ionic transport properties of graphite anodes for lithium ion batteries by surface modification using nanosecond laser

Individual process development of single and multi-material laser melting in novel modular laser powder bed fusion system

Influence of Laser Polishing on the Material Properties of Aluminium L-PBF Components

Influence of modulated laser power on the surface topography and microstructure in the Laser Powder Bed Fusion process

Investigation on the parameter dependency of the perforation process of graphite based lithium-ion battery electrodes using ultrashort laser pulses

Laser polishing of additive manufactured L-PBF copper parts with visible laser wavelength of 515 nm - Challenges due to high surface roughness