Mechanical calculations on atomically thin membranes

We have performed mechanical calculations on uniform suspended ultrathin membranes on circular holes. We have reported strain, stress, deflection, surface area, volume, radius of curvature, gradient, and resonance frequency calculations in suspended ultrathin membranes. Applications relying on thin membranes, such as fiber-optic sensors, can benefit from the calculation capabilities we present here. Applying air pressure to two-dimensional materials is one of the most common techniques, and we hope our results will be helpful to the expanding universe of research on 2D materials. We are including the codes we used to perform the calculations.