Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression Range

Fatigue of rubber in compression is of high interest for many industrial applications. In this contribution, new lifetime investigations of filled EPDM rubber are performed in the compression range. A new test rig with measuring device is applied, which enables high-precision compression tests up to...

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Main Authors: Lars Kanzenbach, Jörn Ihlemann
Format: Article
Language:English
Published: MDPI AG 2022-08-01
Series:Physical Sciences Forum
Subjects:
Online Access:https://www.mdpi.com/2673-9984/4/1/4
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author Lars Kanzenbach
Jörn Ihlemann
author_facet Lars Kanzenbach
Jörn Ihlemann
author_sort Lars Kanzenbach
collection DOAJ
description Fatigue of rubber in compression is of high interest for many industrial applications. In this contribution, new lifetime investigations of filled EPDM rubber are performed in the compression range. A new test rig with measuring device is applied, which enables high-precision compression tests up to 80% (engineering strain). Due to a special design of the specimen holder, a nearly homogeneous strain field can be achieved. As a result, new fatigue studies in the compression range (displacement- and force-controlled) can be conducted. In addition, it can be concluded that crack initiation and failure occur in the nearly homogeneous deformed measuring zone.
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spelling doaj.art-e5cf3fcd98aa4ad5a7037385eed7dd272023-11-17T13:33:33ZengMDPI AGPhysical Sciences Forum2673-99842022-08-0141410.3390/psf2022004004Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression RangeLars Kanzenbach0Jörn Ihlemann1Department of Solid Mechanics, Chemnitz University of Technology, Reichenhainer Str. 70, 09126 Chemnitz, GermanyDepartment of Solid Mechanics, Chemnitz University of Technology, Reichenhainer Str. 70, 09126 Chemnitz, GermanyFatigue of rubber in compression is of high interest for many industrial applications. In this contribution, new lifetime investigations of filled EPDM rubber are performed in the compression range. A new test rig with measuring device is applied, which enables high-precision compression tests up to 80% (engineering strain). Due to a special design of the specimen holder, a nearly homogeneous strain field can be achieved. As a result, new fatigue studies in the compression range (displacement- and force-controlled) can be conducted. In addition, it can be concluded that crack initiation and failure occur in the nearly homogeneous deformed measuring zone.https://www.mdpi.com/2673-9984/4/1/4specimen setuplifetime investigationsfatiguecompression testsrubber materials
spellingShingle Lars Kanzenbach
Jörn Ihlemann
Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression Range
Physical Sciences Forum
specimen setup
lifetime investigations
fatigue
compression tests
rubber materials
title Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression Range
title_full Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression Range
title_fullStr Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression Range
title_full_unstemmed Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression Range
title_short Specimen Setup for Lifetime Investigations of Rubber Materials in the Compression Range
title_sort specimen setup for lifetime investigations of rubber materials in the compression range
topic specimen setup
lifetime investigations
fatigue
compression tests
rubber materials
url https://www.mdpi.com/2673-9984/4/1/4
work_keys_str_mv AT larskanzenbach specimensetupforlifetimeinvestigationsofrubbermaterialsinthecompressionrange
AT jornihlemann specimensetupforlifetimeinvestigationsofrubbermaterialsinthecompressionrange