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Date: 2010-10-5
|2010-10-5
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 10
Description: The fibre glass examined, unlike rubber shows very little shape effects in compression. It has low Stress Relaxation and creep characteristics. In shear it requires only a small force to cause failure
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Date: 2010-10-5
|2010-10-5
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 7
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Date: 2010-10-5
|2010-10-5
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 5
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Date: 2010-10-4
|2010-10-4
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 12
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Date: 2010-10-4
|2010-10-4
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 11
Description: The Neoprene block examined showed high initial compressive creep characteristics, and high values of stress relaxation. With no compressive load the Neoprene absorbed water, which after 15 days cause
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Date: 2010-10-4
|2010-10-4
|2001–1
|1974
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Language: EN
Type: Report
Identifier: No. 9
Description: The Dependence of Load per unit length w on compression × of a Rubber ‘O’ -Ring for compressions above 50%.
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Date: 2010-10-4
|2010-10-4
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 14
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Date: 2010-10-4
|2010-10-4
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 13
Description: The sole pad when analysed was found to be based on chloroprene rubber with 60 pphr of an unfamiliar black. As the pad was claimed to have a high abrasion resistance a more detailed analysis of the fi
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Date: 2010-10-4
|2010-10-4
|2001–
|1974
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Language: EN
Type: Report
Identifier: No. 8
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