Results of a Round Robin Test Series to Evaluate Complex Moduli of a Selected Damping Material
Report Number: WL-TR-91-3078 Volume II, pages EBD-1 to EBD-18
Author(s): Jones, David I. G.
Corporate Author(s): Flight Dynamics Directorate
Date of Publication: 1991-08
Pages: 18
DoD Project: 2401
DoD Task: 240104
Identifier: This paper is part of a conference proceedings. See ADA241312
Abstract:
A Round Robin test series was conducted to establish the current state of the art in the measurement of complex moduli of polymeric damping materials as functions of frequency and temperature. Several laboratories participated, using a variety of test systems, providing data over the temperature range from -50°C to +100°C, and the frequency range from 1E-5 Hertz to over 10000 Hertz. The paper briefly describes the selection of the test material, the test methods used, and the means used to establish the accuracy of each data set and identify random and systematic errors. The results show the manner in which data from different test techniques can differ and sources are identified for some of these differences. Frequency-temperature analysis of the data is discussed.
Provenance: University of Colorado Colorado Springs, Kraemer Family Library
Author(s): Jones, David I. G.
Corporate Author(s): Flight Dynamics Directorate
Date of Publication: 1991-08
Pages: 18
DoD Project: 2401
DoD Task: 240104
Identifier: This paper is part of a conference proceedings. See ADA241312
Abstract:
A Round Robin test series was conducted to establish the current state of the art in the measurement of complex moduli of polymeric damping materials as functions of frequency and temperature. Several laboratories participated, using a variety of test systems, providing data over the temperature range from -50°C to +100°C, and the frequency range from 1E-5 Hertz to over 10000 Hertz. The paper briefly describes the selection of the test material, the test methods used, and the means used to establish the accuracy of each data set and identify random and systematic errors. The results show the manner in which data from different test techniques can differ and sources are identified for some of these differences. Frequency-temperature analysis of the data is discussed.
Provenance: University of Colorado Colorado Springs, Kraemer Family Library
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This report is part of the following conference:
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Proceedings of Damping '91: 13-15 February 1991 San Diego, California (EAA-1 through GBC-16)
WL-TR-91-3078 Volume II