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Introduction Rock shear strength parameters are critical for assessing slope stability, excavation safety, and tunnel design. Traditional approaches often rely on empirical correlations or single-model…

Introduction Predicting rock shear strength parameters is crucial for safe and cost-effective rock engineering projects. Traditional models often struggle with nonlinearities and complex interactions in…

Introduction: The Need for Data-Driven Geotechnical Design Geotechnical engineering increasingly relies on data-driven methods to reduce uncertainty and improve design efficiency. The pressuremeter test has…

Introduction: Bridging Classic Theory and Modern Analytics Geotechnical design has long rested on foundational theories of elasticity and soil behavior. Classic texts like Timoshenko and…

Introduction: The role of the pressuremeter in geotechnical design The pressuremeter test has long been a staple in geotechnical engineering for assessing soil modulus, stiffness,…
