Statistical Model Predicts Deep Coal Mine Stress Patterns
A new statistical damage model predicts advance abutment pressure and stress evolution in deep coal mines, validated by numerical simulations ...
A new statistical damage model predicts advance abutment pressure and stress evolution in deep coal mines, validated by numerical simulations ...
A finite element investigation demonstrates that aligning the curved arc of a Reuleaux triangle clinch joint with the lap-shear loading ...
Researchers identified two distinct failure instability modes in coal mining faces advancing through acute-angle synclines, linking specific stress and deflection ...
A finite element analysis indicates that bonded piezoelectric actuators reduce stress concentration factors in aluminum plates by up to 60.67 ...
A finite element study of ultrasonic copper-aluminum cable welding identifies stress concentration at aluminum wire edges as the primary cause ...
A combined scanning, simulation, and testing study shows that randomly distributed corrosion pits, not just their maximum depth, govern the ...
An integrated study combining theory, impact experiments, LS-DYNA simulations, and field measurements at Cheji Mine shows how water injection softens ...
New experiments and finite element simulations reveal how corrosion defects interact with oblique-slip fault rupture to shift and nearly double ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine