Assessment of the stress-strain state of machine structural elements made of polymer composite materials with a hybrid matrix by numerical simulation

The expansion of the fields application polymer composite materials (PCM) requires development their new compositions, structures, and molding methods. One most difficult tasks in design PCM products is selection or a matrix that meets number technological operational requirements. addition components forming an independent conditionally liquid phase to composition makes it possible change set properties ensure its high crack resistance. paper presents results evaluating stress-strain state model samples carbon fiber reinforced plastic with organosilicon material forms hybrid base binder. Modeling was carried out for cases using low modulus elasticity. Also, modeling front-end loader bucket made considered performed. simulation showed use manufacture product can significantly reduce weight provide sufficient margin safety.