Project goal: Simulate steel ball impact on EuroKera ceramic‑glass plate, obtain maximum principal stress and central deformation‑time history, evaluate cracking risk, no crack propagation simulation. Simulation type: Explicit Dynamics. Details: Steel ball: mass 0.535 kg, diameter 50.8 mm, initial velocity 3.18 m/s downward, defined as rigid body. Ceramic‑glass(EuroKera KeraBlack‑Plus): diameter 222 mm, thickness 4 mm, flexible body. Density=2540 kg/m³, E=92 GPa, Poisson's ratio=0.26. Static bending strength 150 MPa for manual post‑processing judgement. Support: annular ring support, plate middle area suspended. Support ring set as rigid body. Output: maximum principal stress field, center point total deformation time‑history, energy summary(hourglass energy must be less than 5% of total energy). Total simulation physical time: 0.01 s, result output interval:1e‑4 s.
Jared100 created this project
about 2 months ago
Project goal: Simulate steel ball impact on EuroKera ceramic‑glass plate, obtain maximum principal stress and central deformation‑time history, evaluate cracking risk, no crack propagation simulation. Simulation type: Explicit Dynamics. Details: Steel ball: mass 0.535 kg, diameter 50.8 mm, initial velocity 3.18 m/s downward, defined as rigid body. Ceramic‑glass(EuroKera KeraBlack‑Plus): diameter 222 mm, thickness 4 mm, flexible body. Density=2540 kg/m³, E=92 GPa, Poisson's ratio=0.26. Static bending strength 150 MPa for manual post‑processing judgement. Support: annular ring support, plate middle area suspended. Support ring set as rigid body. Output: maximum principal stress field, center point total deformation time‑history, energy summary(hourglass energy must be less than 5% of total energy). Total simulation physical time: 0.01 s, result output interval:1e‑4 s.
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by ahmedhussain18ahmedhussain18
by ahmedhussain18ahmedhussain18