What are the key rubber material properties that influence the performance characteristics (e.g., strength, durability) of the current product?
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The key rubber material properties influencing performance characteristics like strength and durability of rubber products include thermal conductivity, specific heat, thermal diffusivity, viscoelastic properties, crosslinking rate, tensile strength, modulus, tear resistance, and resistance to shear stresses. These properties are crucial for product design and manufacturing processes. Factors such as temperature, environmental effects, rubber formulation, and curing conditions significantly impact these properties. Advanced techniques like Molecular Dynamics simulations aid in predicting thermodynamic and viscoelastic properties, enabling the design of novel rubber materials with optimized mechanical properties. The structure-property relationships at both macroscopic and microscopic levels play a vital role in understanding and enhancing the performance of rubber products.
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| Papers (5) | Insight |
|---|---|
| Crosslink density, maximum torque values, and glass transition temperatures are key rubber material properties influencing strength and durability of rubber products. | |
| Rubber material properties like structure regularity, reinforcing filler presence, and node density influence strength properties under complex stress, while orientation hardening is crucial under uniaxial tension. | |
| The key rubber material properties influencing performance are cure characteristics, microstructure, mechanical behavior (tensile strength, modulus), and swelling resistance, as highlighted in EPDM/NBR/HNTs nanocomposites. | |
| Key rubber material properties influencing performance include thermodynamic and viscoelastic properties. Molecular simulations predict these properties accurately, aiding in designing durable and strong rubber products. | |
| Key rubber material properties influencing product performance are thermal conductivity, specific heat, and thermal diffusivity. These properties impact strength, durability, and curing process efficiency in tyre rubber materials. |
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