Optimizing material selection for high-speed rotating applications requires materials that exhibit low density, high tensile strength, and nonconductivity, while also being able to withstand heat generated from electrical coils. Glass fiber is suggested as a potential material, but further details regarding the specific application, load conditions, and rotational speed are necessary for a comprehensive evaluation. Understanding these parameters is crucial for making informed material choices in engineering applications.
PREREQUISITESEngineers and designers involved in the development of high-speed rotating machinery, materials scientists, and anyone focused on optimizing material selection for performance and safety in mechanical applications.
What about glass fiber?osnarf said:It will be rotating fast, so preferably a low density and high tensile strength. It also needs to be nonconductive, and it will be exposed to some heat generated from electrical coils. Thanks!