Engineering

ENGINEERING SURVEY I (CE 153) | Chapter 1 | Introduction 

Engineering, Second Semester / /

Engineering Survey I CE153: Introduction | Study Material ENGINEERING SURVEY I (CE153) Introduction (3 hours, 4 marks) Engineering Survey I CE153: Introduction Chapter Information Chapter 1: Introduction (3 hours) – 4 marks Course Code: CE153 – Engineering Survey I Description: Comprehensive study material covering fundamental surveying principles, classification, and historical development Detailed Syllabus with Mark […]

ENGINEERING SURVEY I (CE 153) | Chapter 1 | Introduction  Read More »

Soil Mechanics ENCE253: Chapter 6 | Shear Strength | Study Material

Engineering, Fourth Semester / /

Soil Mechanics ENCE253: Shear Strength | Study Material Soil Mechanics ENCE253 Shear Strength (12 hours, 12 marks) Soil Mechanics ENCE253: Shear Strength Chapter Information Chapter 6: Shear Strength (12 hours) – 12 marks Course Code: ENCE253 – Soil Mechanics Description: Comprehensive study material covering shear strength concepts, Mohr-Coulomb theory, laboratory tests (direct shear, triaxial, vane

Soil Mechanics ENCE253: Chapter 6 | Shear Strength | Study Material Read More »

Soil Mechanics ENCE253: Chapter 5 | Consolidation | Study Material

Engineering, Fourth Semester / /

Soil Mechanics ENCE253: Consolidation Theory & Settlement | Study Material Soil Mechanics ENCE253 Consolidation Theory & Settlement (8 hours – 8 marks) Soil Mechanics ENCE253: Consolidation Theory & Settlement Chapter Information Chapter 5: Consolidation (8 hours) – 8 marks Course Code: ENCE253 – Soil Mechanics Description: Comprehensive study material covering consolidation process, theory, oedometer test,

Soil Mechanics ENCE253: Chapter 5 | Consolidation | Study Material Read More »

Soil Mechanics ENCE253: Chapter 4 | Soil Stresses | Study Material

Engineering, Fourth Semester / /

Soil Mechanics ENCE253: Soil Stresses | Study Material Soil Mechanics ENCE253 Soil Stresses Soil Mechanics ENCE253: Soil Stresses Chapter Information Chapter 4: Soil Stresses (8 hours) – 8 marks Course Code: ENCE253 – Soil Mechanics Description: Comprehensive study material covering soil stresses, effective stress principle, Boussinesq’s solution, Westergaard’s solution, and Newmark’s influence chart Detailed Syllabus

Soil Mechanics ENCE253: Chapter 4 | Soil Stresses | Study Material Read More »

Soil Mechanics: Chapter 3 Soil Water, Permeability and Seepage Analysis | Important Notes

Engineering, Fourth Semester / /

Soil Mechanics ENCE253: Soil Water, Permeability and Seepage Analysis | Study Material Soil Mechanics ENCE253 Soil Water, Permeability and Seepage Analysis Soil Mechanics ENCE253: Soil Water, Permeability and Seepage Analysis Chapter Information Chapter 3: Soil Water, Permeability and Seepage Analysis (8 hours) – 8 marks Course Code: ENCE253 – Soil Mechanics Description: Comprehensive study material

Soil Mechanics: Chapter 3 Soil Water, Permeability and Seepage Analysis | Important Notes Read More »

Soil Mechanics  ENCE253: Chapter 7 |Soil Compaction| Study Notes

Engineering, Fourth Semester / /

Soil Compaction ENCE253: Proctor Tests & Field Control | Study Material Soil Mechanics ENCE253 Soil Compaction Soil Compaction ENCE253: Proctor Tests & Field Control Chapter Information Chapter 7: Soil Compaction (6 hours) – 6 marks Course Code: ENCE253 – Soil Mechanics Description: Comprehensive study material covering Proctor tests, compaction factors and field control methods in

Soil Mechanics  ENCE253: Chapter 7 |Soil Compaction| Study Notes Read More »

Soil Mechanics ENCE253: Chapter 2 | Phase Relationship, Index Property and Soil Classification | Index Properties of Soil |IOE Notes

Engineering, Fourth Semester / /

Soil Mechanics ENCE253: Index Properties of Soil & Classification | Study Material Soil Mechanics ENCE253 Introduction & Soil Classification Soil Mechanics ENCE253: Introduction, Index Properties of Soil & Classification Chapter Information Chapter 1: Introduction (6 hours) – 6 marks Chapter 2: Phase Relationship, Index Property and Soil Classification (12 hours) – 12 marks Course Code:

Soil Mechanics ENCE253: Chapter 2 | Phase Relationship, Index Property and Soil Classification | Index Properties of Soil |IOE Notes Read More »

Tutorial 1 Solutions: Soil Mechanics

Engineering, Fourth Semester / /

Tutorial 1 Solutions: Soil Mechanics Tutorial 1 Solutions: Soil Mechanics Tutorial by Sushil Kumar Bhandari (SKB Sir) Solution By: Important Notes Team Topics Covered Computation of different soil parameters and their interrelationship (Phase relationships): Tutorial on calculating void ratio, porosity, water content, and degree of saturation; Examples demonstrating the relationship between bulk density, dry density,

Tutorial 1 Solutions: Soil Mechanics Read More »

Water Supply Engineering | Lab 3 | Determination of dissolved oxygen by modified Winkler method

Engineering, Fourth Semester / /

Dissolved Oxygen Lab Report | Water Quality Analysis Experiment 3: Dissolved Oxygen by Winkler’s Method Experiment 3: Determination of Dissolved Oxygen in Water by Winkler’s Method Experiment Information Experiment: Determination of Dissolved Oxygen in Water by Winkler’s Method Description: Complete lab report covering theory, procedure, observations and analysis of dissolved oxygen concentration Prepared by: Important

Water Supply Engineering | Lab 3 | Determination of dissolved oxygen by modified Winkler method Read More »

Water Supply Engineering | Lab 5 | Determination of residual chlorine in water

Engineering, Fourth Semester / /

Residual Chlorine Analysis Lab Report | Water Quality Testing Experiment 5: Residual Chlorine Analysis Experiment 5: Determination of Residual Chlorine in Water by Iodometric Titration Experiment Information Experiment: Determination of Residual Chlorine in Water Method: Iodometric Titration Description: Complete lab report covering theory, procedure, observations and analysis of residual chlorine in water samples Prepared by:

Water Supply Engineering | Lab 5 | Determination of residual chlorine in water Read More »

Scroll to Top