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GMW16652
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GMW16652 2nd Edition, July 1, 2016 Standard Test Methods for Quasi-Static Physical Testing of Injection Molded Fiber Reinforced Thermoplastics for Use in Finite Element Analysis
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Description / Abstract:
Purpose. These methods provide a way of obtaining physical response properties for static tension, and thermal expansion. The test data permits a design analyst to characterize the physical behavior in a material model in finite element analysis. The scope is restricted to the characterization of injection molded fiber reinforced thermoplastic materials. The methods appear as follows:
• Test Method A – Tensile Properties. Tensile testing is the method to evaluate the anisotropic tensile properties of test specimens cut from an injection molded thermoplastic plaque at 0°, 45°, and 90° to the flow direction. Unless otherwise specified, ISO 527-1 and ISO 527-2 must be followed.
• Test Method B – Thermal Expansion Properties. Thermal expansion testing is the method to evaluate the coefficient of thermal expansion of test specimens cut from an injection molded thermoplastic plaque at 0 and 90° to the flow direction, as the sample is heated. Unless otherwise specified, ISO 11359-1 and ISO 11359-2 must be followed.
• Test Method A – Tensile Properties. Tensile testing is the method to evaluate the anisotropic tensile properties of test specimens cut from an injection molded thermoplastic plaque at 0°, 45°, and 90° to the flow direction. Unless otherwise specified, ISO 527-1 and ISO 527-2 must be followed.
• Test Method B – Thermal Expansion Properties. Thermal expansion testing is the method to evaluate the coefficient of thermal expansion of test specimens cut from an injection molded thermoplastic plaque at 0 and 90° to the flow direction, as the sample is heated. Unless otherwise specified, ISO 11359-1 and ISO 11359-2 must be followed.