OkeFront Calc

A multifunctional computing platform designed for geotechnical engineering, water conservancy design, structural engineering, optics and materials science, it integrates five core modules, covering foundation engineering stress analysis, drainage system optimization, steel structure design, wave optical measurement and paper performance evaluation, and uses high-precision algorithms to help professionals solve complex calculation problems.

Toe resistance stress calculation-based on geotechnical mechanics theory, input the foundation bottom surface size, soil bearing capacity and load parameters, automatically solve the toe soil resistance stress, assist building foundation design and slope stability analysis.

Drainage ditch residual volume calculation-combined with drainage slope, flow and ditch size, calculate the residual water volume in the ditch after rainfall or runoff, which is used for municipal drainage system performance evaluation and farmland water conservancy project design.
Stirrup embedded length calculation-according to the concrete structure design specification, input the stirrup diameter, concrete strength grade and anchoring requirements, generate the minimum stirrup embedded length, ensure the connection strength of reinforced concrete components, and is suitable for bridge and high-rise building structure construction.

Wavelength Frontier Calculation Module supports input of light wave frequency, medium refractive index and propagation distance, analyzes the wavefront position and phase characteristics of light waves, and assists in the development of optical instruments and optimization of laser transmission paths.

Paper GSM calculation - input paper weight, area or thickness parameters, accurately convert paper quantity (g/m2), suitable for material selection in the printing industry and paper performance testing in packaging engineering.

The App has built-in industry standard algorithms (such as foundation stress diffusion formula, concrete structure anchoring standard), the parameter input interface is equipped with visual guidance, and the calculation results support engineering chart export and data archiving.

Whether it is a geotechnical engineer, hydraulic designer, structural engineer or material developer, this tool can improve cross-domain computing efficiency, making basic engineering stress analysis, drainage system optimization and material performance measurement a reliable engine to drive innovation, and accurately empower scientific research and engineering practice.