CorCompCalc

This CorCompCalc APP focuses on multi-parameter collaborative calculations in complex engineering scenarios, deeply integrates the non-standard tension dynamic modeling module, and can accurately handle the distribution calculation of different materials in Correction for Nonstandard Tension.

The Displacement B analysis system supports the import of nonlinear deformation data, and combines the finite element algorithm to achieve three-dimensional visualization output of the displacement field.

For the built-in compressibility compensation model of Compressibility of Oil, it can automatically correct the bulk elastic modulus according to the temperature-pressure curve to improve the calculation accuracy of the hydraulic system.

The Resonant Frequency solution module integrates the modal analysis algorithm, supports the rapid measurement of the natural frequency of the multi-degree-of-freedom system, and generates the spectrum response curve synchronously.
The Total Thrust from Water retained behind a Wall calculation component integrates fluid mechanics and soil mechanics models, can handle the dynamic water pressure distribution of different wall types (gravity/cantilever) under infiltration conditions, and outputs the total thrust value including the infiltration force correction.
The Osmotic Pressure system adopts a real-time data feedback mechanism, combined with the solute concentration gradient and the permeability of porous media, to achieve dynamic compensation calculation of the osmotic pressure gradient field.

The APP has a parameter correlation analysis function that can automatically track the coupling effects between various physical quantities. It is suitable for efficient computing needs in professional fields such as water conservancy engineering, geotechnical mechanics, and hydraulic system design.