Simulate the free vibration damping behavior of a damped system and the amplitude maximization phenomenon under resonance conditions in real time with 2D physical trajectories and spectrum charts by configuring mass, spring stiffness, damping coefficient, and external force frequency.
A high-precision 2D structural analysis simulator that visualizes deflection curves, support reactions, and moment distributions in real-time by adjusting beam length, concentrated load and load position, section modulus, and modulus of elasticity.
A simulator that dynamically links column length, support conditions (pin-pin, fixed-free, fixed-fixed, fixed-pin), load, and stiffness in real time to visualize and analyze the critical buckling load (Pcr) at which a column buckles laterally under compressive loads.
A calculator that simulates hoop stress, longitudinal stress, maximum shear stress, safety factor, and burst behavior based on thin-walled pressure vessel theory by adjusting the inner diameter, wall thickness, operating internal pressure, and material yield strength of cylindrical and spherical pressure vessels.
A 2D engineering simulator that calculates dimensional limits of size, maximum/minimum clearances, and interferences in real-time based on ISO 286 shaft and hole tolerance classes (H7, g6, etc.) and basic sizes, visualizing the mating area of micro-tolerance bands at 1000x magnification.
An engineering simulator that precisely calculates temperature gradient diagrams and total heat loss by analyzing heat flow through a triple-layer composite wall structure (conduction, convection, and insulation) using real-time finite difference modeling.
A 2D simulator that visualizes the linear expansion of various metal rods in real time based on temperature changes, demonstrating the linear expansion formula and micrometer-scale displacement through physical modeling and atomic vibrations.
This is a 2D physics simulator that visualizes manometers and provides real-time analysis of velocity increase and static pressure drop (Venturi Effect) based on Bernoulli’s Theorem by inputting the inlet and throat diameters, flow velocity, and static pressure of a Venturi tube.
A high-precision simulator that calculates the cross-sectional flow velocity (v) in real-time based on the pipe’s internal diameter (D) and design flow rate (Q). It evaluates compliance with recommended flow velocity guidelines and visualizes fluid flow using a physics engine.
A professional web simulator that calculates the Reynolds number in real-time by inputting fluid density, viscosity, pipe diameter, and flow velocity, and visualizes fluid flow in laminar, transition, and turbulent zones using a 2D physics engine.