The Thermal Stress Problem of Bimodular Curved Beams under the Action of End-Side Concentrated Shear Force

A bimodular material is a kind of that presents two elastic moduli in tension and compression. In classical thermoelasticity, however, the rarely considered due to its complexity analysis. fact, almost all materials will present, more or less, characteristics, some cases, mechanical properties cannot be fully utilized simply by ignoring characteristics. this study, thermal stress problem curved beams under action end-side concentrated shear force analytically numerically investigated, which temperature rise modes environment are arbitrary. Using function method based on compatibility conditions, two-dimensional solution thermoelasticity beam subjected was obtained. The results show for with effect can reduced without effect. At same time, numerical simulation verifies correctness theoretical solution. may serve as reference refined analysis optimization environment.