![]() ![]() The delamination of the layers of the WTB structure has the effect of increasing the stresses in the delaminated areas by 30% (in the case of a single damaged layer) and up to 60% in the case of the delamination of two layers (third and fourth), in area 2. ![]() Lies in the safe range from 1 to 2.5 however, the highest is exhibited by the rhombus-hexagon hybrid structure for potential Finally, factor of safety results of all the samples are obtained and noted to be Uniform than the other considered structure. The pressure distribution results illustrate that the rhombus-hexagon hybrid structure is much more A similar trend is seen for contact pressure as well. An increase in maximum equivalent stress with an increase in load ![]() The maximum equivalent stress at 1 kN is 51 MPa, which decreased to 7, 10, 13, 8,Īnd 19% for Hyb 2, Hyb 3, Uni 1, Uni 3, and Uni 2. Hexagon (Hyb 1), hexagon-auxetic (Hyb 2), and auxetic-rhombus (Hyb 3) are performed using Ansys static structural analysis Uniform spoke structures such as rhombus (Uni 1), hexagon (Uni 2), auxetic (Uni 3), and three of their hybrids, i.e., rhombus. In the present investigation, finite element analysis of three novel Polyurethane Tenance, and superior load-bearing capability. Nonpneumatic tires (NPTs) have recently gained more attention due to their specific advantages like no run-flat, free of main. ![]()
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