Engineering

Strength of Materials | Chapter 6 | Torsion (CE151)

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Strength of Materials: Torsion | CE151 Strength of Materials: Torsion Topic Information Topic: Torsion (5 hours) Course Code: CE151 – Strength of Materials Description: Download Torsion PDF – Complete study material covering all aspects of Torsion including stress-strain behavior, torsion formula, power transmission, and comparison between solid and hollow shafts. Credit: AK mam , TBK […]

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Strength of Materials | Chapter 5 | Thin Walled Vessels Study Material (CE151)

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Strength of Materials: Thin Walled Vessels | CE151 Strength of Materials: Thin Walled Vessels Topic Information Topic: Thin Walled Vessels (3 hours) Course Code: CE151 – Strength of Materials Description: Complete study material covering all aspects of Thin Walled Vessels including stress analysis in cylindrical and spherical pressure vessels Credit: AK mam & TBK sir

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Strength of Materials | Chapter 4 | Principal Strain Analysis

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Strength of Materials: Principal Strain Analysis | CE151 Strength of Materials: Principal Strain Analysis Topic Information Topic: Principal Strain Analysis (4 hours) Course Code: CE151 – Strength of Materials Description: Download Principal Strain Analysis PDF – Complete study material covering all aspects of Principal Strain Analysis including Mohr’s circle, strain rosettes, failure theories, and more

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Strength of Materials | Chapter 3 | Principal Stress Analysis in 2D Planes

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Principal Stress Analysis in 2D Planes | Strength of Materials | CE151 Principal Stress Analysis in 2D Planes Topic Information Subject: STRENGTH OF MATERIALS Subject Code: CE151 Topic: Principal Stress Analysis in 2D planes (5 hours) Description: Download Principal Stress Analysis PDF – Complete study material covering all aspects of Principal Stress Analysis including Mohr’s

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Strength of Materials | Chapter 2 | Geometric Properties of Sections

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Strength of Materials: Geometric Properties of Sections | CE151 Strength of Materials: Geometric Properties of Sections Topic Information Topic: Geometric Properties of Sections (5 hours) Course Code: CE151 – Strength of Materials Description: Complete study material covering all aspects of Geometric Properties including moment of inertia, center of gravity, Mohr’s circle, and more Credit: AK

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Strength of Materials | Chapter 1 | Simple Stress & Strain

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Strength of Materials: Simple Stress & Strain | CE151 Strength of Materials: Simple Stress & Strain Topic Information Topic: Simple Stress and Strain (10 hours) Course Code: CE151 – Strength of Materials Description: Complete study material covering all aspects of Simple Stress and Strain including stress-strain diagrams, Hooke’s law, thermal stress, and more Credit: AK

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ENGINEERING GEOLOGY II Lab 2: Study of relationship between true dip and apparent dip

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True Dip & Apparent Dip Lab Report | ENGINEERING GEOLOGY II Lab 2: Study of relationship between true dip and apparent dip Experiment Information Experiment: Study of relationship between true dip and apparent dip Course Code: CE 152 – ENGINEERING GEOLOGY II Description: Complete lab report covering theory, procedure, diagrams and calculations for determining relationship

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ENGINEERING GEOLOGY II Lab 4. Study and analysis of discontinuities data for failure mechanism by stereographic projection

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Discontinuities Data Analysis Lab | ENGINEERING GEOLOGY II LAB Lab 4: Study and Analysis of Discontinuities Data Experiment Information Experiment: Study and analysis of discontinuities data for failure mechanism by stereographic projection Course Code: CE 152 – ENGINEERING GEOLOGY II Description: Complete lab report covering theory, procedure, stereographic projection analysis and failure mechanism interpretation Prepared

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ENGINEERING GEOLOGY II – Lab 5 Study of Mineral Distribution in Sand

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Mineral Distribution in Sand Lab Report | ENGINEERING GEOLOGY II Lab 5: Study of Mineral Distribution in Sand Experiment Information Experiment: Study of mineral distribution in sand using binocular microscope Course Code: CE 152 – ENGINEERING GEOLOGY II Description: Complete lab report covering procedure, observations and analysis of mineral composition in sand samples using binocular

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ENGINEERING GEOLOGY II – Lab 3 Study of Borehole Problems and Calculation of Bedrock Thickness

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Borehole Problems & Bedrock Thickness Study | ENGINEERING GEOLOGY LAB Lab 3: Study of Borehole Problems and Calculation of Bedrock Thickness Experiment Information Experiment: Study of borehole problems and calculation of bedrock thickness Course Code: CE 152 – ENGINEERING GEOLOGY II Description: Download Study of borehole problems and calculation of bedrock thickness PDF for Engineering

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