Welcome to MechAITriX Virtual Labs for Real-World Engineering
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Quickly generate Shear Force and Bending Moment Diagrams for beams under various loading and support conditions. Ideal for students and professionals, this tool supports point loads, UDLs, and moments on simply supported, cantilever, and overhanging beams. Get instant graphical results for better structural insight.
Visualize and analyze slider-crank motion with real-time simulation. Adjust crank length, connecting rod, and speed to observe displacement, velocity, and acceleration of the piston. Ideal for learning kinematics of engines.
Analyze planetary gear systems by inputting gear teeth and configurations. Instantly compute speed ratios, arm speed, and direction of rotation for sun, planet, and ring gears. Perfect for understanding compound gear mechanics.
Explore the Fe–C phase diagram interactively. Visualize phase changes, critical temperatures, and microstructures like pearlite, austenite, and cementite at various carbon contents. A valuable tool for learning steel heat treatment and metallurgy.
Simulate fluid flow through varying pipe sections to observe changes in pressure, velocity, and elevation. Understand the real-time effect of Bernoulli’s equation and flow conservation with interactive visuals. Ideal for fluid mechanics learning.
Simulate single-degree-of-freedom vibration systems with adjustable mass, stiffness, and damping. Visualize displacement, velocity, and acceleration over time for free and forced vibrations. Perfect for understanding mechanical resonance and damping behavior.
Visualize and compare stress-based failure theories like Maximum Normal Stress, Tresca, and von Mises. Input principal or component stresses to evaluate safety under complex loading. Ideal for mastering material failure prediction in design.
Visualize cam and follower motion with selectable profiles like uniform, cycloidal, and harmonic. Analyze displacement, velocity, and acceleration curves across one cam cycle—ideal for learning cam design and dynamics.
Buckling Analysis Simulator is an advanced tool for analyzing the buckling behavior of columns under axial compressive loads. It helps engineers determine critical buckling loads and safety factors for various column configurations.
Tailored for Your Workflow
Our services are seamlessly integrated with your mechanical engineering ecosystem, ensuring a smooth and efficient workflow. MechAITriX is committed to customizing solutions that align with your specific needs and enhance your overall engineering experience.