Shock Factor

Facing the challenges of complex engineering and scientific computing - Engineering Science Computing APP - brings together five core modules, covering fluid mechanics, electricity, mechanics, energy and other fields, creating a one-stop computing platform for researchers, engineers and students.

Oblique shock wave relations: Based on the theory of gas dynamics, input wavefront parameters (speed, pressure, density, etc.), automatically solve the flow parameters after the oblique shock wave (such as wave angle, Mach number, pressure ratio), support two-dimensional/three-dimensional scene analysis, and help research in aerospace, explosion physics and other fields.
Memory: Provides memory capacity conversion (bytes/KB/MB/GB, etc.), bandwidth calculation (combined with frequency and bit width) and storage performance evaluation, adapts to computer hardware selection, system optimization and other scenarios, making data storage and processing analysis more intuitive.

Amp To Kw Three Phase: Input three-phase circuit current, voltage, power factor, one-click conversion of active power (kilowatts), built-in line voltage/phase voltage intelligent identification, compatible with industrial power system energy efficiency calculation and equipment selection requirements.

Moment Gradient Factor: Based on the steel structure design specifications and the moment distribution characteristics of the components, the moment gradient factor is automatically generated to assist in the stability verification of the compression and bending components and improve the efficiency of structural mechanics analysis.

Power with Displacement: Integrates displacement, time, force and other parameters, based on the work and power formula, accurately calculates the displacement power of the mechanical system, which is suitable for dynamic performance evaluation scenarios such as robot dynamics and vehicle engineering.

The APP uses an interactive input interface, supports automatic unit conversion and result error prompts. From fluid impact simulation to power system design, from structural stability analysis to electromechanical energy conversion, professional tools help every accurate decision! Download now to simplify complex calculations!