At our Geomechanics Laboratory, we are dedicated to advancing the understanding of the physical and mechanical properties of geological materials. The state-of-the-art facility is equipped with advanced instruments designed for precise testing and analysis of rock samples under various environmental conditions. Whether the research involves exploring the behavior of rocks deep within the Earth's crust, analyzing microstructural properties, or assessing material strength, the laboratory is equipped to support research needs. These capabilities are particularly applicable in fields such as petroleum engineering, mining, tunneling, and other geotechnical engineering disciplines.
For any query, please write to: hod.pe@iipe.ac.in
The Rock Triaxial System is the centerpiece of the laboratory, offering advanced capabilities for understanding rock deformation, strength, and post-failure behavior. This computer-controlled, closed-loop servo hydraulic system is designed to replicate in-situ geological conditions at laboratory scale.
The Point Load Tester is a compact and lightweight system designed for rapid rock strength evaluation. With a load capacity of up to 100 kN, it supports point load tests, unconfined compressive tests, and Brazilian tests on NX-size rock samples.
Continuous data acquisition and integrated analysis software ensure accurate and reliable measurements for research and industrial applications.
The Ultrasonic Velocity Tester is a portable device used to assess rock compressive strength and identify internal defects such as cracks and voids. By measuring P-wave and S-wave velocities, it can also determine the Dynamic Elastic Modulus of rock samples.
The system is particularly useful for non-destructive testing and field investigations.
The Polarizing Microscope is an essential tool for investigating the microstructural characteristics of geological specimens. Equipped with transmitted and incident light illumination, it enables detailed examination of mineralogy, textures, pores, fractures, and crack networks.
Its high-resolution 3.1 MP imaging system supports accurate quantitative measurements and detailed analysis of anisotropic and birefringent materials.
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