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Modeling and Testing Strain Rate-Dependent Tensile Strength of Carbon/Epoxy Composites
Tensile strength is an important material property and usually can be determined experimentally. The strain rate dependent behavior of T300 carbon/epoxy matrix composite was characterized over a wide strain rate range (10×10-5 s-1to10×104s-1). The low to moderate strain rate experiments were carried...
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| Published in: | Key engineering materials 2007-09, Vol.353-358, p.1418-1421 |
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| Language: | English |
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| container_start_page | 1418 |
| container_title | Key engineering materials |
| container_volume | 353-358 |
| creator | Zhang, Jian Xin Wang, Zheng Hao Zhao, Gui Ping Huang, Qiao Ping |
| description | Tensile strength is an important material property and usually can be determined
experimentally. The strain rate dependent behavior of T300 carbon/epoxy matrix composite was
characterized over a wide strain rate range (10×10-5 s-1to10×104s-1). The low to moderate strain rate
experiments were carried out on a MTS machine, while the high strain rate experiment was
conducted with a split Hopkinson tensile bar. A rate dependent model was introduced to simulate
the material response. Two kinds of stacking sequence of composite specimens [(45/-45)4]s and
[(0/45/90/-45)2]s were tested at different strain rates, and the results were used to determine
parameters of the model. The predictions of the model showed to agree fairly well with the
experimental results. The tensile strength and initial elastic modulus of the composites increase
when the strain rate increases. |
| doi_str_mv | 10.4028/www.scientific.net/KEM.353-358.1418 |
| format | article |
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experimentally. The strain rate dependent behavior of T300 carbon/epoxy matrix composite was
characterized over a wide strain rate range (10×10-5 s-1to10×104s-1). The low to moderate strain rate
experiments were carried out on a MTS machine, while the high strain rate experiment was
conducted with a split Hopkinson tensile bar. A rate dependent model was introduced to simulate
the material response. Two kinds of stacking sequence of composite specimens [(45/-45)4]s and
[(0/45/90/-45)2]s were tested at different strain rates, and the results were used to determine
parameters of the model. The predictions of the model showed to agree fairly well with the
experimental results. The tensile strength and initial elastic modulus of the composites increase
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experimentally. The strain rate dependent behavior of T300 carbon/epoxy matrix composite was
characterized over a wide strain rate range (10×10-5 s-1to10×104s-1). The low to moderate strain rate
experiments were carried out on a MTS machine, while the high strain rate experiment was
conducted with a split Hopkinson tensile bar. A rate dependent model was introduced to simulate
the material response. Two kinds of stacking sequence of composite specimens [(45/-45)4]s and
[(0/45/90/-45)2]s were tested at different strain rates, and the results were used to determine
parameters of the model. The predictions of the model showed to agree fairly well with the
experimental results. The tensile strength and initial elastic modulus of the composites increase
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experimentally. The strain rate dependent behavior of T300 carbon/epoxy matrix composite was
characterized over a wide strain rate range (10×10-5 s-1to10×104s-1). The low to moderate strain rate
experiments were carried out on a MTS machine, while the high strain rate experiment was
conducted with a split Hopkinson tensile bar. A rate dependent model was introduced to simulate
the material response. Two kinds of stacking sequence of composite specimens [(45/-45)4]s and
[(0/45/90/-45)2]s were tested at different strain rates, and the results were used to determine
parameters of the model. The predictions of the model showed to agree fairly well with the
experimental results. The tensile strength and initial elastic modulus of the composites increase
when the strain rate increases.</abstract><pub>Trans Tech Publications Ltd</pub><doi>10.4028/www.scientific.net/KEM.353-358.1418</doi><tpages>4</tpages></addata></record> |
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| title | Modeling and Testing Strain Rate-Dependent Tensile Strength of Carbon/Epoxy Composites |
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