05-30-2026, 08:02 PM
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Bearing Capacity Using Is-6403 | Solved Problems
Published 5/2026
Created by Sujay Vipulbhai Teli
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 52 Lectures ( 7h 39m ) | Size: 6.9 GB [/center]
Geotechnical Engineering, Foundation Engineering, Soil Mechanics. Civil Engineering
What you'll learn
⚡ Develop strong fundamentals of bearing capacity concepts for shallow foundations used in geotechnical engineering practice.
⚡ Calculate ultimate and safe bearing capacity using IS 6403 provisions.
⚡ Solve numerical problems on bearing capacity for different soil and footing conditions step by step.
⚡ Apply Indian Standard code procedures in practical geotechnical foundation design problems.
Requirements
❗ Basic Knowledge of Soil Mechanics
Description
This course is designed to provide a clear and practical understanding of bearing capacity calculation of shallow foundations using IS 6403 through detailed explanations and solved problems.
The course begins with an introduction to different types of foundations used in civil engineering, including shallow foundations and deep foundations. Important modes of failure in shallow foundations are explained in detail, including
• General Shear Failure
• Local Shear Failure
• Punching Shear Failure
Essential bearing capacity terminologies commonly used in geotechnical engineering are also discussed for better conceptual understanding.
A dedicated section explains the provisions of IS 6403 and the important parameters involved in bearing capacity calculations, including
• Bearing capacity factors
• Shape factors
• Depth factors
• Load inclination factors
• Water table correction factors
The course covers bearing capacity calculations for strip footings and isolated footings using systematic step-by-step procedures.
Special emphasis is given to solved numerical problems based on IS 6403. Detailed examples are solved for
• General Shear Failure (GSF)
• Local Shear Failure (LSF)
• Problems lying between GSF and LSF conditions
The explanations are kept simple and practical so that learners can easily follow the calculation procedures and apply them in academic studies, examinations, research work, and geotechnical engineering practice.
This course will be highly useful for
• BTech Civil Engineering students
• MTech students specializing in Geotechnical Engineering
• PhD scholars and researchers
• Practicing Civil and Geotechnical Engineers
By the end of this course, learners will be able to confidently perform bearing capacity calculations using IS 6403 and understand the effect of different design parameters on shallow foundation behavior.
Who this course is for
⭐ B.ech Civil Engineering students
⭐ MTech Civil Engineering students of Geotechnical Engineering OR Structural Engineering Specialization
⭐ Students preparing for university exams, GATE, PSU, and competitive exams
⭐ Assistant professors and faculty members teaching Geotechnical Engineering
⭐ Site engineers and design engineers involved in foundation design
⭐ Beginners who want step-by-step solved problems based on Indian Standards
⭐ Learners who want to improve their understanding of bearing capacity calculations using IS code methods
Homepage
Bearing Capacity Using Is-6403 | Solved Problems
Published 5/2026
Created by Sujay Vipulbhai Teli
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 52 Lectures ( 7h 39m ) | Size: 6.9 GB [/center]
Geotechnical Engineering, Foundation Engineering, Soil Mechanics. Civil Engineering
What you'll learn
⚡ Develop strong fundamentals of bearing capacity concepts for shallow foundations used in geotechnical engineering practice.
⚡ Calculate ultimate and safe bearing capacity using IS 6403 provisions.
⚡ Solve numerical problems on bearing capacity for different soil and footing conditions step by step.
⚡ Apply Indian Standard code procedures in practical geotechnical foundation design problems.
Requirements
❗ Basic Knowledge of Soil Mechanics
Description
This course is designed to provide a clear and practical understanding of bearing capacity calculation of shallow foundations using IS 6403 through detailed explanations and solved problems.
The course begins with an introduction to different types of foundations used in civil engineering, including shallow foundations and deep foundations. Important modes of failure in shallow foundations are explained in detail, including
• General Shear Failure
• Local Shear Failure
• Punching Shear Failure
Essential bearing capacity terminologies commonly used in geotechnical engineering are also discussed for better conceptual understanding.
A dedicated section explains the provisions of IS 6403 and the important parameters involved in bearing capacity calculations, including
• Bearing capacity factors
• Shape factors
• Depth factors
• Load inclination factors
• Water table correction factors
The course covers bearing capacity calculations for strip footings and isolated footings using systematic step-by-step procedures.
Special emphasis is given to solved numerical problems based on IS 6403. Detailed examples are solved for
• General Shear Failure (GSF)
• Local Shear Failure (LSF)
• Problems lying between GSF and LSF conditions
The explanations are kept simple and practical so that learners can easily follow the calculation procedures and apply them in academic studies, examinations, research work, and geotechnical engineering practice.
This course will be highly useful for
• BTech Civil Engineering students
• MTech students specializing in Geotechnical Engineering
• PhD scholars and researchers
• Practicing Civil and Geotechnical Engineers
By the end of this course, learners will be able to confidently perform bearing capacity calculations using IS 6403 and understand the effect of different design parameters on shallow foundation behavior.
Who this course is for
⭐ B.ech Civil Engineering students
⭐ MTech Civil Engineering students of Geotechnical Engineering OR Structural Engineering Specialization
⭐ Students preparing for university exams, GATE, PSU, and competitive exams
⭐ Assistant professors and faculty members teaching Geotechnical Engineering
⭐ Site engineers and design engineers involved in foundation design
⭐ Beginners who want step-by-step solved problems based on Indian Standards
⭐ Learners who want to improve their understanding of bearing capacity calculations using IS code methods
Homepage
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