In-Situ Mechanical Properties Test System HC-GIM

System Description

Adopting advanced principles and methodologies, this system measures the in-situ hydraulic conductivity and shear strength (torsional shear) of soil masses. It facilitates investigations into the effective stress and deformation of soils, thereby supporting the analysis of geotextile structure stability and geotechnical structure safety evaluation.

Serving the research fields of geotechnical engineering, civil engineering, and hydraulic engineering, the system provides a scientific basis for the study of in-situ soil mechanical properties, the analysis of geotextile structure stability, and the safety assessment of geotechnical structures.

Basic Parameters

• Maximum axial load: 10 kN (customizable).

• Torque: 450 N·m (customizable).

• Torsional angular velocity: 0.1°–10°/min.

• Maximum torsional shear angle: ≥ 180°.

• Testing depth: ≥ 200 mm.

• Satellite positioning: horizontal accuracy ±8 mm, vertical accuracy ±15 mm.

• Off-road tracked chassis: load capacity ≥ 100 kg, climbing capacity ≥ 30°.

• System operating environment: 0–40℃, outdoor use, waterproof.