Suwall Soil Calc

A multifunctional calculation tool designed for the fields of electronic engineering, mechanics, fluid mechanics, energy and geotechnical engineering. It integrates five core modules, covering circuit characteristic analysis, kinetic energy statistics, flow monitoring, battery performance evaluation and high-viscosity soil mechanics calculation, and uses authoritative algorithms to help professionals efficiently solve quantitative needs in complex scenarios.

Circuit resonance calculation Based on the LC oscillation principle, input inductance (L) and capacitance (C) parameters, automatically solve the series/parallel resonant frequency and quality factor (Q value), assist in RF circuit design, filter parameter optimization and electromagnetic compatibility analysis.

Translational kinetic energy average calculation-combined with statistical mechanics models, input particle mass, velocity distribution or system temperature, generate translational kinetic energy average, suitable for thermal experimental data processing and molecular dynamics simulation.
Flow calculation module-supports volume flow and mass flow calculation, inputs flow velocity, pipe cross-sectional area and fluid density, and outputs flow value in real time, which helps water supply and drainage system design, chemical process monitoring and hydraulic system debugging.

Battery Performance Calculator - Input parameters such as battery capacity (mAh), voltage (V), discharge time, etc. to calculate energy (Wh), discharge power and remaining battery life. It is suitable for new energy battery research and development, energy storage system configuration and electronic equipment power consumption management.
High viscosity soil calculation - For geotechnical engineering, input soil cohesion, internal friction angle, load type and stress state to analyze the shear strength, foundation bearing capacity and slope stability of high viscosity soil, and assist in tunnel engineering and deep foundation pit support design.

The app has built-in industry standard formulas (such as resonant frequency formula and kinetic energy equipartition theorem), the parameter input interface is equipped with guidance instructions, and the calculation results support graphical presentation and engineering report export. Whether it is an electronic engineer, thermodynamicist, fluid analyst or geotechnical engineer, this tool can improve the efficiency of interdisciplinary calculations, making circuit resonance analysis, kinetic energy statistics and soil mechanics calculations a reliable engine to drive innovation, and accurately empower scientific research and engineering practice.