This simulator allows real-time configuration of the width, height, and thickness of rectangular, hollow box, I-beam, and circular cross-sections to dynamically derive and analyze cross-sectional area, centroidal axes, second moment of area (Ix, Iy), and radius of gyration.
A simulator that calculates principal stresses and von Mises equivalent stress by adjusting yield strength, tensile/compressive strength, and 2D stress states (σx, σy, τxy) in real time, and visualizes/analyzes ductile (von Mises ellipse) and brittle (Coulomb-Mohr) failure model envelopes and factors of safety.
This simulator analyzes the behavioral regions along the stress-strain curve (elastic, yielding, plastic deformation, necking), the fracture point, and the safety factor by adjusting the material’s cross-sectional area, gauge length, tensile load, and material properties (elastic modulus, yield/tensile strength) in real time.
A simulator that drives a launch dynamics physics engine to track 2D trajectories in real time by precisely configuring variables such as a projectile’s launch velocity, angle, initial height, and air resistance coefficient.
A physics simulator that tracks real-time non-linear motion trajectories and analyzes dynamic tension and potential/kinetic energy conservation behavior by configuring pendulum length, bob mass, initial release angle, and air damping coefficient.
This simulator precisely calculates changes in impact force (N) and momentum by allowing users to configure mass, velocity changes before and after collision, and contact time (crumple zone) from various angles, and visualize real-time deformation behavior through physics-based animations.
A mechanical engineering calculator that calculates normal force and critical sliding velocity, and simulates the accelerated sliding of an object in real-time by adjusting the object’s mass, inclination angle, and static/kinetic friction coefficients on an inclined plane.
This simulator visualizes the entire process of potential energy converting into rotational kinetic energy and ultimately into electrical energy (MW) based on the intake head height and volumetric flow rate, presented through a real-time 2D generator physics flow.
A physics circuit simulator that calculates the relationship between voltage, resistance, and current in real time, allowing you to visually observe the flow of electrons and energy consumption within a circuit.
A 2D simulator that precisely calculates the stiffness, deflection, and Wahl-corrected stress of a coil spring based on wire diameter, mean coil diameter, active coils, and applied load, while visualizing the spring’s real-time geometric compression state.