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- Article name
- Evaluation of geometrical and processing factors effect on stress-strain condition of polymeric composite specimens in flexure and short beam interlaminar shear testing
- Authors
- ADAMOV A. A., , adamov@icmm.ru, Institute of Continuous Media Mechanics of the UB RAS, Perm, Russia
LAPTEV M. Yu., , E-laptev-mu@mail.ru, Federal State Budget Institution "Institute of Continuous Media Mechanics of the UB RAS", Perm, Russia
- Keywords
- polymeric composites / mechanical tests / interlaminar properties / interlaminar shear / flexure / geometrical and processing factors
- Year
- 2015 Issue 2 Pages 10 - 14
- Code EDN
- Code DOI
- Abstract
- Noted that the three-point bending and interlaminar shear tests are the most simple methods of testing of specimens from polymeric composite materials implementing the stress-strain state, which takes into account the material interlaminar properties. Some tests of specimens made of carbon full-stressed fabric and polymeric matrix were conducted. The effect of geometrical parameters, actual monolayer thickness, predetermined various direction shear modules on the stress-strain state of the specimens during bending and interlaminar shear tests using the short beam method was analyzed. Effective shear modules were studied in terms of a specimen lay-up schedule and actual monolayer thickness in the specimens.
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