Influence of thickness on thermoelastic and creep behavior of rotating cylinders in a non-local continuum framework

What is it about?

Engineering constructions materials are useful worldwide in range of areas . To ensure the stability and durability of these materials under the effect of elevated temperature, pressure ,varied thickness etc. conditions , we are continously woking in this drection. The study found that when cylinders rotates quickly or face big temperature changes, using a more advanced method called non-local elasticity helps control stress and strain better. Thicker cylinders tend to spread out stress more evenly, which lowers the chance of damage. Compared to traditional methods, non-local models do a better job of handling stress in extreme conditions. The research also showed that how a material hardens and the difference in temperature both strongly affect how the cylinder changes shape. This proves that using non-local models is useful for building stronger and more reliable mechanical parts.Altough the constructed modles are required to be tested under real life applications and further modications can be done in the constructed models .

Featured Image