Young’s Modulus of Rock Explained | Rock Mechanics Laboratory Test

🪨 Young’s Modulus of Rock | Rock Mechanics Laboratory Testing In this video, we explore the methodology for determining Young’s Modulus of rock through laboratory testing. Learn how rock specimens are tested under compressive loading and how stress–strain data are used to determine the elastic properties of rock. Young’s Modulus is an important parameter in rock mechanics and geotechnical engineering, helping engineers understand the stiffness and deformation behavior of rock materials. 🔬 What You’ll Learn in This Video: ✅ Introduction to Young’s Modulus of Rock ✅ Rock Specimen Preparation ✅ Compression Testing Methodology ✅ Stress–Strain Curve Analysis ✅ Young’s Modulus Calculation ✅ Engineering Applications of Rock Mechanics Testing 📐 Basic Formula: Young’s Modulus (E) = Change in Stress ÷ Change in Strain The modulus can be determined from the appropriate portion of the stress–strain curve, depending on the test method and applicable standard. 🏗️ Why Is Young’s Modulus Important? Young’s Modulus is used in geotechnical engineering, rock mechanics, tunnel engineering, slope stability analysis, and foundation design to understand rock deformation and stiffness. 🎯 This video is useful for: Civil Engineering Students Geotechnical Engineers Geologists and Rock Mechanics Professionals Laboratory Technicians Engineering Students Preparing for Exams 👍 If you find this video helpful, please LIKE, SHARE, and SUBSCRIBE for more civil engineering laboratory tests and geotechnical engineering tutorials! 🔔 Subscribe for more videos about soil testing, rock mechanics, concrete testing, and civil engineering laboratory procedures. #YoungsModulus #RockMechanics #RockTesting #GeotechnicalEngineering #CivilEngineering #LaboratoryTesting #RockMechanicsLaboratory #StressStrainCurve #EngineeringGeology #GeotechnicalTesting #RockEngineering #CompressionTest Laboratory Test... 1. Triaxial UU Test-    • Triaxial UU Test | Unconsolidation Undrain...   2. Sieve Analysis Test-    • Sieve Analysis Test | Particle Size Distri...   3. Vane shear Test-    • Vane Shear Test on Clay Soil | Laboratory ...   4. Proctor Compaction Test-    • Proctor Compaction Test | Water Content Dr...   5. Atterberg Limit Tests-    • Atterberg Limit Tests | Casagrande Method ...   6. Plastic Limit Test-    • Plastic Limit Test | in English   7. Liquid Limit Test-    • Liquid Limit Test | Cone Penetration Metho...   8. Hydrometer Analysis-    • Hydrometer Analysis || Sedimentation Analy...   9. Direct shear test-    • Direct Shear Test Explained | Soil Laborat...   10. CBR Test of Soil-    • CBR Test of Soil || California Bearing Rat...   11. Permeability Test-    • Falling Head Permeability Test Explained |...   12. Rock- E-Modulus Test-    • Young’s Modulus of Rock Explained | Rock M...   Field Test... 1. PULL-OUT TEST-    • Soil Nail Pull-Out Test | Geotechnical Eng...   2. PULL-OUT Test 2-    • Pull-Out Test for Soil Nails | Step-by-Ste...   3. Marsh Funnel Viscosity Test-    • Marsh Funnel Viscosity Test | Standard Tes...   4. Mud Balance Test-    • Mud Balance Test Procedure | Standard Test...   5. Making Concrete Test Cube-    • Making Concrete Test Cube | The Process Of...   6. SLUMP CONE TEST-    • SLUMP CONE TEST |Test for Workability of C...   7. DCM Pile Construction-    • DCM Piling Explained | Deep Cement Mixing ...   8. MICROPILE REINFORCEMENT -    • Micropile Reinforcement Installation | Ste...   9. CONCRETING OF MICROPILE-    • Micropile Grouting Process Explained | Fou...