Tag: geotechnical engineering

A carbide slag and silica fume binder strengthened clay far more effectively at 25 degrees Celsius than at 5 degrees, ...

Researchers developed a causal-diagnosis and causal-chain-based treatment framework to systematically address and significantly reduce water leakage in operational mountainous highway ...

Adding polypropylene fibers to xanthan gum-stabilized clayey sand significantly extends specimen integrity during wet-dry cycles, demonstrating improved durability.

A laboratory study of peat from Ziro Valley, India, found that combining 15% cement with 12% rice husk ash raised ...

A new RSM-based study finds that combining Corn Cob Ash with ferric chloride significantly improves the engineering properties of expansive ...

A physics-informed generative adversarial network produced 944 physically consistent synthetic rock-strength records from 944 laboratory measurements, preserving key UCS–porosity–density relationships.

An interpretable machine learning framework classified rock mass conditions along China's Beishan URL spiral ramp from stable TBM sensor data ...

Calcined cow bone ash improved the strength, bearing capacity, and moisture resistance of Nigerian lateritic soil, with a 6% dose ...

A systematic review of 187 studies finds geopolymer binders cut carbon emissions by 60 to 80 percent compared with cement, ...

A 1:25 scale shaking table study shows prestressed basalt fiber geogrid reinforcement kept a model high-speed railway transition subgrade stable ...