KIT - Institute of Mechanical Process Engineering and Mechanics - Research (AME)

Methods - Applied Mechanics (AME)
Title	Contact
3D Printer	Felipe Mello Rigon
Capillary Viscometry	Bernhard Hochstein
Elongational Rheometry	Karim Abdel Aal
High frequency rheometry	Claude Oelschlaeger
Inline rheometry	Bernhard Hochstein
Mechanical testing - compression and four-point bending test	David Menne
Microchannel	Claude Oelschlaeger
Microrheology - Diffusing Wave Spectroscopy (DWS)	Claude Oelschlaeger
Microrheology - Video Particle Tracking (VPT)	Claude Oelschlaeger
Mixing Devices	Moritz Weiß
Ring-slit test	Bernhard Hochstein
Rotational Rheometry	Bernhard Hochstein
Siebdruckmaschine	Karim Abdel Aal
Slot Die Coater	Bernhard Hochstein

Projects - Applied Mechanics (AME)
Title	Contact
Cost-efficient processes for high-efficiency III-V/Si tandem solar modules with at least 30 % efficiency	M.Sc. Marianne Kronsbein
Development of a new production system for high-quality and long-lasting front films with membrane switches (SPEMS film)	M.Sc. Tillman Finger
New technology for interconnecting temperature-sensitive solar cells based on TECC-Wire technology	M.Sc. Jonas Marten
Innovative, highly conductive silver pastes for the metallization of silicon solar cells	Max Ailinger
Micro- and macrorheology of surfactants, polymer solutions, networks and hydrogels	Claude Oelschlaeger
Development of an electrically highly conductive adhesive with a low silver content for the production of solar modules	Katrin Dyhr
Highly conductive silver pastes for silicon solar cells and other printed electronics applications	Karim Abdel Aal