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Add  Load-compression relationships of rubber units
Authors: Lindley PB
Date: 20070319 | 20070319 | | 1966 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:36092
Description: A theory, based on a strain-indepent Young’s modulus and a previously developed theory for the compression of bonded rubber blocks at small strains, is proposed to account for the load-compression cha… More
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Add  Design and applications
Authors: Lindley PB
Date: 20050719 | 20050719 | | 1973 | | | | | | |
Subject: PRRIM
Type: Article
Identifier: vital1:34587
Description: BASIC aspects of designing with rubber, a novel material engineers can readily make use of, are considered in this paper, which aims to interest both those who are and who are not familiar with the su… More
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Add  Ozone attack at a rubber-metal bond
Authors: Lindley PB
Date: 20050715 | 20050715 | | 1971 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:34430
Description: DURING an investigation of the effect of ozone on deformed rubber components it was observed that failure sometimes occurred very rapidly at the rubber-metal bond. The components used were small rubbe… More
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Add  Strain concentrations at the corners of stretched rubber sheets
Authors: Lindley PB
Date: 20050715 | 20050715 | | 1971 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:34968
Description: RUBBER is a soft, relatively incompressible material. In many load-bearing applications it is necessary to attach the rubber to more rigid materials which can then be bolted to a structural member. In… More
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Add  A finite-element programme for the plane-strain analysis of rubber
Authors: Lindley PB
Date: 20050527 | 20050527 | | 1975 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:33347
Description: Satisfactory solutions for many practical deformation problems with rubber can be obtained by the use of linear classical elasticity theory. Similar problems with other materials, where the strains ar… More
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Add  Designing with rubber
Authors: Lindley PB
Date: 20050527 | 20050527 | | 1973 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:33256
Description: Rubber is a novel material that engineers can readily make use of in design. It differs from other solid engineering materials in having high relatively-elastic deformability and a Poisson’s ratio clo… More
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Add  Impact protection with NR - Dock fenders and automobile bumpers
Authors: Lau MG | Leaver ADW | Lindley PB
Date: 20050527 | 20050527 | | 1974 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:33275
Description: The mechanical requirements for the use of NR for protection during impact are considered Various shapes and modes of deformation are possible and are used in a variety of applications such as dolk fe… More
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Add  Le caoutchouc dans le genie civil
Authors: Lindley PB
Date: 20050527 | 20050527 | | 1967 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:32098
Description: Le caoutchouc est utilise depuis plus de cent ans avec succes dans le genie civil. On Merit quelques examples courants, qui allient sa flexibility et son aptitude a supporter de lourdes charges. Dans … More
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Add  Natural rubber bridge bearings
Authors: Lindley PB
Date: 20050527 | 20050527 | | 1974 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:33436
Description: Natural rubber bridge bearings allow movement of a bridge deck on its supporting structure when changes in the deck length occur with changing temperature. They have a low horizontal stiffness, so tha… More
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Add  Plane-stress analysis of rubber at high strains using finite elements
Authors: Lindley PB
Date: 20050527 | 20050527 | | 1971 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:33817
Description: A MATHEMATICAL THEORY of elasticity based on elasticstrain-energy considerations has been developed, mainly by Rivlin, for the large-strain behaviour of rubber-like materials (i) (2)*. With its help, … More
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Add  Slipping at contact surfaces
Authors: Bakirzis EA | Lindley PB
Date: 20050527 | 20050714 | | 1970 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:33281
Description: A large number of plain, unbonded rubber pads are used in compression, one notable example being expansion pads for bridge decks. It is possible, under certain conditions, for slip to occur within the… More
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Add  Some applications of finite-element analysis in rubber spring design
Authors: Lindley PB
Date: 20050527 | 20050527 | | 1972 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:33208
Description: The principles underlying llie finitc-eloniKnt method aie briefly discussed and their application in the numerical plans stress analysis of deformad rubber components described. Computed solutions giv… More
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Add  Cold-bonding vulcanized rubber to metal
Authors: Lindley PB
Date: 20050513 | 20050830 | | 1974 | | | | | | |
Subject: TARRC
Type: Article
Identifier: vital1:32085
Description: IT IS sometimes necessary to bond vulcanized rubber to metal or other rigid materials at normal ambient temperature and several bonding cements commercially available are said to be suitable for this … More
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