io.github.jeongho54/loadbench

Perform a tipping stability calculation with these parameters: total equipment weight 1200 kg, center of gravity 0.45 m from the front edge, base length 1.2 m, horizontal force 1800 N applied at 1.1 m height. Provide resisting moment, overturning moment, safety factor, and whether tipping risk exists.

A tipping check with calculation steps, key moment values, safety factor, and risk conclusion.

Calculate support reactions for a simply supported beam: span 6 m, an 8 kN point load located 2 m from the left end, and a 3 kN/m distributed load over 2 m on the right half of the span. Compute left and right support reactions and show the equilibrium equations.

Support reaction results with force balance and moment equilibrium calculations.

Run a quick check for a rectangular steel beam: span 4 m, uniformly distributed load 5 kN/m, section size 200 mm × 100 mm, material yield strength 235 MPa. Estimate maximum bending moment, section modulus, bending stress, and whether it passes.

Key beam-check values and a conclusion on whether the strength requirement is satisfied.