Volume Force Calc

A multifunctional computing tool designed for the fields of mechanical engineering, materials science and fluid mechanics, it integrates five core modules, covering mechanical analysis, material properties, electromagnetics and structural performance scenarios, and uses professional algorithms to help scientific research and engineering personnel efficiently solve complex computing needs.

The mechanical calculation module supports the input of force size, action area or torque parameters, and quickly solves derivatives such as pressure, stress and torque. It is suitable for mechanical parts strength verification and building structure load analysis.
The compressibility calculation is based on the thermodynamic parameters of the material, inputs pressure change and volume deformation data, quantifies the compression coefficient of gas or liquid, and provides key data for petroleum engineering and aerospace fluid system design.
The volume charge density calculation combines the charge amount and the volume of the medium to accurately measure the charge distribution characteristics in the electric field, assisting capacitor design, electrostatic protection engineering and semiconductor device research and development. The indenter calculation module automatically generates hardness values ​​and stress distribution results based on the indenter type (such as Brinell, Rockwell hardness tester) and material surface deformation data, which is suitable for metal processing, material quality inspection and other scenarios.
The flexibility coefficient calculation evaluates the material's bending resistance through the material's bending deformation, elastic modulus and geometric dimensions, providing a theoretical basis for the development of flexible electronic devices, polymer materials and packaging material selection.

The App parameter input interface is equipped with a visual guide, and the calculation results support data export and chart analysis. Whether it is a mechanical engineer, material researcher or electrical designer, this tool can improve calculation efficiency, reduce manual errors, and make multi-dimensional physical quantity measurement a core driver of innovation.