An interactive engineering suite exploring aerodynamic fluid mechanics, finite element stress analysis, and precision CNC manufacturing β plus a working shop for the real machines behind it.
Pass this quick 3-question engineering test (100% score required) to unlock live interactions for all laboratories below!
Drag the foil directly inside the wind tunnel canvas (or use the sliders) to alter the Angle of Attack (Ξ±). Works with mouse or touch. Observe streamline curvature, Bernoulli pressure lift, and turbine power output.
Apply tensile load to the specimen dog-bone. Watch Hooke's Law elastic extension, real necking before failure, and the live stressβstrain curve build as you drag the slider.
Click-and-drag (or touch-and-drag on mobile) inside the raw alloy block to carve custom toolpaths with a high-speed carbide endmill. Real chip removal calculations and sparks.
Hover (or tap) these process modules to feel elastic 3D tilt reactions and dynamic highlights.
Selective Laser Melting fuses powdered titanium alloy layers using a high-precision fiber laser.
Continuous multiaxial dynamic rotation allows complex aerospace turbine geometries to be milled.
Electrical Discharge Machining uses spark erosion to cut hardened tool steels cleanly.
CoreXY FDM printers and LFD resin printers now sit on the same bench as heavy CNC iron β see the real machines in the shop.
Feedback from students, hobbyists, and shop owners exploring the labs and the machine shop.