KineVibCalc

This Kine Vib Calc APP focuses on accurate calculations in the field of engineering physics, integrating five core functional modules to provide efficient calculation support for scientific research, design and construction.

Parallel: Supports parallel circuit/pipeline parameter analysis, inputs parameters such as resistance, capacitance or pipe diameter, flow rate, etc., automatically calculates total impedance, diversion ratio or flow distribution, and attaches an equivalent circuit diagram/pipeline schematic diagram for dynamic display, suitable for electrical and fluid mechanics design scenarios.

Total Kinetic Energy: Based on classical mechanics formulas, inputs object mass, translational velocity, moment of inertia, and angular velocity, and outputs translational kinetic energy, rotational kinetic energy and total kinetic energy values ​​in real time, supports rigid body multi-motion form superposition calculation, and is a practical tool for physics teaching and mechanical dynamics research.

Velocity by Vibration during Explosion: Built-in Sadovsky formula model, inputs explosive quantity, explosion center distance and geological coefficient, quickly predicts the surface vibration velocity caused by the explosion, and attaches safety threshold warnings to serve scenarios such as mine blasting and structural safety assessment.

Flange Thickness: It is compatible with ASME, GB and other standards and specifications. It automatically generates the minimum flange thickness design value according to the nominal pressure, pipe diameter and material allowable stress. It supports various flange types such as neck butt welding and flat welding. It is essential for the design of chemical pipelines and pressure vessels.

RMS Noise: Input the decibel value and weight coefficient of each noise source, and synthesize the total noise level through the root mean square algorithm. It also provides spectrum analysis and noise reduction solution suggestions. It is suitable for acoustic engineering, environmental monitoring and industrial equipment noise control.

The APP interface is simple and interactive. Whether it is engineers, researchers or environmental practitioners, they can use this tool to improve calculation accuracy and efficiency and help scientific decision-making in complex scenarios.