Researchers have demonstrated that applying fractional calculus and interval parameters to evolutionary game models stabilizes government oversight and corporate green ...
A coupled multibody dynamics and discrete element modeling framework predicts ice fracture, mass flow, and dispensing behavior in refrigerator ice ...
Researchers have introduced a hybrid numerical method using airfoil wavelets and Gauss-Legendre quadrature to simulate fractional integro-differential equations governed by ...
A three-dimensional numerical study shows that high-stiffness boundary conditions reduce ground support energy absorption by half compared to low-stiffness systems ...
On-site trials demonstrate that pulse hydraulic fracturing creates controlled fracture networks in hard rock roadways, boosting roadheader breaking efficiency by ...
Researchers have engineered a macroscopic mechanical framework based on a two-point contact mechanism to rapidly analyze debonded link slab bridges ...
A hydrogeological simulation in Zhangqiu District demonstrates that abandoned coal mine groundwater fields stabilize after a decade but suffer steep ...
Field observations and simulations show that fissures in the Wangjiangao red-bed landslide facilitate rapid water infiltration, significantly increasing pore-water pressure ...
A new statistical damage model predicts advance abutment pressure and stress evolution in deep coal mines, validated by numerical simulations ...
A new mechanical model predicts surface subsidence from sublevel caving mining, validated by field monitoring and simulations at the Dahongshan ...
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