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

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

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
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
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
New technology for interconnecting temperature-sensitive solar cells based on TECC-Wire technology	M.Sc. Jonas Marten