Investigation on the Influence of the specimen geometry on the determination of temperature-dependent storage and loss modulus in a reverse engineering process at a typical ultrasonic welding frequency of 20 kHz

Hopmann, Christian; Dahlmann, Rainer; Weihermüller, Max

%0 Conference Paper
%A Hopmann, Christian
%A Dahlmann, Rainer
%A Weihermüller, Max
%T Investigation on the Influence of the specimen geometry on the determination of temperature-dependent storage and loss modulus in a reverse engineering process at a typical ultrasonic welding frequency of 20 kHz
%M RWTH-2024-05013
%D 2024
%< [32. International Colloquium Plastics Technology 2024, Aachen, Germany]
%B 32. International Colloquium Plastics Technology 2024
%C , Aachen (Germany)
M2 Aachen, Germany
%F PUB:(DE-HGF)8
%9 Contribution to a conference proceedings
%U https://publications.rwth-aachen.de/record/986154

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