Andere Kunden interessierten sich auch für
![Effect of Prior Aging on Fatigue Behavior of IM7/BMI 5250-4 Composite at 191-C]( "Effect of Prior Aging on Fatigue Behavior of IM7/BMI 5250-4 Composite at 191-C")
Effect of Prior Aging on Fatigue Behavior of IM7/BMI 5250-4 Composite at 191-C59,99 €![Effects of Prior Aging at Elevated Temperature in Air and in Argon Environments on Creep Response of PMR-15 Neat Resin at 288°C]( "Effects of Prior Aging at Elevated Temperature in Air and in Argon Environments on Creep Response of PMR-15 Neat Resin at 288°C")
Effects of Prior Aging at Elevated Temperature in Air and in Argon Environments on Creep Response of PMR-15 Neat Resin at 288°C59,99 €![Effects of Prior Aging At 288°C in Argon Environment on Creep Response of Carbon Fiber Reinforced PMR-15 Composite with ±45° Fiber Orientation at 288°]( "Effects of Prior Aging At 288°C in Argon Environment on Creep Response of Carbon Fiber Reinforced PMR-15 Composite with ±45° Fiber Orientation at 288°")
Effects of Prior Aging At 288°C in Argon Environment on Creep Response of Carbon Fiber Reinforced PMR-15 Composite with ±45° Fiber Orientation at 288°59,99 €![Some Aspects of the Mechanical Response of BMI 5250-4 Neat Resin at 191 C: Experiment and Modeling]( "Some Aspects of the Mechanical Response of BMI 5250-4 Neat Resin at 191 C: Experiment and Modeling")
Some Aspects of the Mechanical Response of BMI 5250-4 Neat Resin at 191 C: Experiment and Modeling59,99 €![Extension of Viscoplasticity Based on Overstress to Capture the Effects of Prior Aging on the Time Dependent Deformation Behavior of a High-Temperatur]( "Extension of Viscoplasticity Based on Overstress to Capture the Effects of Prior Aging on the Time Dependent Deformation Behavior of a High-Temperatur")
Extension of Viscoplasticity Based on Overstress to Capture the Effects of Prior Aging on the Time Dependent Deformation Behavior of a High-Temperatur59,99 €![Effects of Prior Aging at 260 C in Argon on Inelastic Deformation Behavior of PMR-15 Polymer at 260 C: Experiment and Modeling]( "Effects of Prior Aging at 260 C in Argon on Inelastic Deformation Behavior of PMR-15 Polymer at 260 C: Experiment and Modeling")
Effects of Prior Aging at 260 C in Argon on Inelastic Deformation Behavior of PMR-15 Polymer at 260 C: Experiment and Modeling59,99 €![Effects of Prior Aging At 316 C in Argon on Inelastic Deformation Behavior of PMR-15 Polymer At 316 C: Experiment and Modeling]( "Effects of Prior Aging At 316 C in Argon on Inelastic Deformation Behavior of PMR-15 Polymer At 316 C: Experiment and Modeling")
Effects of Prior Aging At 316 C in Argon on Inelastic Deformation Behavior of PMR-15 Polymer At 316 C: Experiment and Modeling59,99 €
The creep behavior of IM7/BMI 5250-4 with fiber orientations of [±45] and [0/90] that were aged in air at 191ºC for up to 1000 hours was evaluated. The total weight loss during the aging process was also evaluated. Weight loss due to aging was 0.64% for the [0/90] fiber orientation and 0.72% for the [±45] fiber orientation. Tensile tests to failure were conducted to establish tensile properties. The [0/90] specimens havea much higher stiffness and Ultimate Tensile Strength (UTS) values than the[±45] specimens. The tensile tests of the aged specimens revealed that the Ultimate Tensile Strength of the composite decreased and the modulus increased with increasing prior aging time. Creep tests were conducted at 191ºC. The creep tests were of 100 hour duration and were followed by unloading to zero stress and 60 hours of recovery at zero stress.