05:04

Bore Hole Termination Criteria: Geotechnical Investigation for Piles in Rock at Bridge Sites

05:15

Bore Hole Termination Criteria for Geotechnical Investigation for Building Foundations in Rock

04:53

Bore Hole Termination Criteria Guidelines for proposed pile foundation Building sites in Soil

05:58

Bore Hole termination criteria for pile foundation Bridge sites in soil: Geotechnical Investigation

22:56

Soil Testing for Buildings: Criteria for all Building types including Tall & Super Tall Buildings

11:39

Engineering the Foundation of Ram Mandir, Ayodhya: Foundations on Improved Ground | Geotechnical

15:22

Geotechnical Investigation for Well & Deep Pile Foundations for Bridges as per IRC: 78-2014

08:56

Subsurface Investigation for Foundations: Object, Scope, Planning & it’s Stages as per IS 1892: 2021

25:09

History of Geotechnical Engineering: Its Evolution| Pre-Classical, Classical & Modern Soil Mechanics

13:14

Liquefaction Mitigation Techniques: Ground Improvement Methods to overcome Liquefaction | Earthquake

03:47

Diaphragm Wall: Applications & Benefits | Geotechnical Engineering Consultancy Tips | Anurag Kapoor

04:25

Soil Compaction: Introduction & Factors Affecting Compaction | Geotechnical | Anurag Kapoor

06:35

Ultimate Load Capacity of Bored Pile based on Standard Penetration Test values for Cohesionless Soil

17:20

Importance of Geotechnical Engineering: Geotechnical Investigation for a Civil Engineering Project

08:10

Core Recovery & Rock Quality Designation: RQD by direct & two indirect methods | IS:11315(Part11)

04:03

Deep Excavations in Construction Industry: Geotechnical Engineering Tips & Tricks

10:43

Pile Integrity Testing by PIT which is a Non-Destructive Integrity Test Method for Foundation Piles

03:49

Terms related to Structural Deformation & Ground Movement | Definitions of foundation movement

12:42

Pile Group: Classification, Efficiency & Factors affecting Efficiency | Fixed and Free head Piles

04:35

Dynamic Compaction: A low-cost Soil Improvement Technique | As well a Liquefaction Mitigation Method

06:40

Seismic Design Analysis and Concept of Pile Foundations Failure in Liquefiable Soils | Earthquake

06:13

Design and Construction of Stone Columns: A Method of Ground Improvement Technique

07:44

Initial & Routine Pile Load Test: Definition, Necessity, Frequency of Test & when is it required?

06:34

Flexible, Rigid and Composite Pavements| Pavements for Highways & Airports| Types of Rigid Pavement

06:26

Pile Capacity, c/c Spacing & Factor of Safety considerations of Bored Cast In-situ Concrete Piles

04:05

Causes of Settlements & Differential Settlements for Shallow Foundations of Buildings on Rocks

04:53

No. & Depth of Boreholes to be drilled for Shallow Building Foundations on Rocks IS13063:1991RA2021

08:50

Methods of Improving Bearing Capacity of Soil | Soil/Ground Improvement | Geotechnical Engineering

06:01

Improving Bearing Capacity by Soil Replacement: A Ground Improvement Method | Case Example | Geotech

04:52

Injection & Grouting as Soil Improvement Method | Grouting Techniques for Improvement of Weak Soils

05:08

Bentonite for Pile Foundations | Properties, Functions & Requirements of Bentonite (Drilling Mud)

05:42

Ground Improvement Techniques for Foundations in Weak Soils| Geotechnical Engineering

05:23

Pile Foundations Behaviour & Soil-Pile Interaction during and after Earthquake Induced Liquefaction

04:36

Criteria for Geotechnical Investigation, Depth/Settlement of Foundations of Tall Concrete Buildings

05:11

Theory of Pile Foundation Failures in Liquefiable Soils|Earthquake Lateral Spreads |Bending|Buckling

06:57

Behaviour of Pile Foundations in Liquefiable Soils | Liquefaction | Earthquake | Lateral Spreads

06:09

Uniform/Differential Settlement, Angular Distortion & Tilt| Geotechnical | Settlement of Foundations

03:47

Joshimath Sinking: Alarms raised, if any, prior to this and Methods suggested for resettling safely

03:23

Joshimath: Reason of Subsidence Damages | Are these Repairable? The probability of such recurrences

07:04

Soil Subsidence/Land Subsidence|Difference between Settlement & Subsidence| Geotechnical Engineering

10:17

Joshimath Sinking: Soil and Land Subsidence | Current Status | Views & Reviews | Suggestive Remedies

08:41

Vertical Pile Load Test (Compression) by Kentledge Method as per IS 2911 (Part 4): 2013|Geotechnical

11:49

Preparing Plate Load Test Arrangement: Gravity Type |Explained with Real Time Site Photographs| Soil

07:03

Earthquake Resistant Buildings: How to construct? What to do? Governing Indian Standard (IS) codes

22:42

Lucknow and Earthquake: Probability of Earthquakes in Lucknow| Building Earthquake Prone Structures

12:04

A Critical Geotechnical Investigation Case Study| Subsurface Exploration| Important Conclusions|Soil

08:46

Method of Determination of Weighted Mean Diameter of Particles (dm) | Silt Factor | Scour Depth

10:59

Depth of Scour for Foundation Design | Maximum Scour Depth | Mean Scour Depth | Bridge |Geotechnical

05:17

Factors Affecting Load Carrying Capacity and Settlement of Bored cast-in-situ Rock Socketed Piles

07:00

Bored cast-in-situ Rock Socketed Piles: Design Considerations, Load Carrying Capacity&Socket Length

08:17

Settlement Cracks: Their Appearance in Building Walls and Causes | Differential Settlement | Tilt

10:29

Bearing Capacity of Shallow Rock Foundations on the Basis of Classification, RMR and Core Strength

02:03

Amendment to Lecture - 53 | Point Load Strength Index of Rock Core

09:41

Point Load Strength Index & It’s Correlation with Uniaxial Compressive Strength of Rock Core|Geotech

10:06

Immediate Settlement of Clays and Sands | Equation & Method of Calculation| Geotechnical Engineering

15:04

Settlement Calculation for Normally Consolidated Clays: The Methodology | Geotechnical Engineering

09:23

Uniform and Differential Settlement of Foundations: It’s Causes | Geotechnical Engineering

07:09

Structural Failure of Pile Foundations | Compression, Tensile & Transverse Failures | Geotechnical

07:18

Collecting Disturbed, Undisturbed and SPT Sample by Auger Boring Method | Geotechnical Engineering

07:36

Earthquake Hazards: Causes of Building Damage | Earthquake Preparedness for and of Common Masses