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Udemy - A Course on Engineering Mechanics: Statics

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Category:

Other > Training

Language:

English

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1.44 GB

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afb03c8560c3f20890508a54eab46474343a1b8b

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Xkyer

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26-10-2020 01:39

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File	Size
1. Introduction/1. Classification of Engineering Mechanics.mp4	44.00 MB
1. Introduction/1. Classification of Engineering Mechanics.srt	3.68 kB
1. Introduction/2. Concept of Force.mp4	48.70 MB
1. Introduction/2. Concept of Force.srt	4.16 kB
1. Introduction/3. Principle of Transmissibility.mp4	23.64 MB
1. Introduction/3. Principle of Transmissibility.srt	2.24 kB
1. Introduction/4. Principle of Mechanics.mp4	43.60 MB
1. Introduction/4. Principle of Mechanics.srt	3.89 kB
1. Introduction/5. Classification of Force Systems.mp4	44.26 MB
1. Introduction/5. Classification of Force Systems.srt	4.36 kB
1. Introduction/6. Quiz.html	158.00 B
2. Resultant of concurrent force systems/1. Parallelogram law and Triangle law.mp4	127.89 MB
2. Resultant of concurrent force systems/1. Parallelogram law and Triangle law.srt	12.58 kB
2. Resultant of concurrent force systems/10. Numerical example 6.mp4	66.69 MB
2. Resultant of concurrent force systems/10. Numerical example 6.srt	5.96 kB
2. Resultant of concurrent force systems/11. Quiz.html	158.00 B
2. Resultant of concurrent force systems/2. Rectangular components of force.mp4	42.22 MB
2. Resultant of concurrent force systems/2. Rectangular components of force.srt	4.45 kB
2. Resultant of concurrent force systems/3. Analytical method to find the resultant force.mp4	61.81 MB
2. Resultant of concurrent force systems/3. Analytical method to find the resultant force.srt	6.55 kB
2. Resultant of concurrent force systems/4. Multiple force system.mp4	58.69 MB
2. Resultant of concurrent force systems/4. Multiple force system.srt	6.63 kB
2. Resultant of concurrent force systems/5. Numerical Example 1.mp4	86.78 MB
2. Resultant of concurrent force systems/5. Numerical Example 1.srt	8.19 kB
2. Resultant of concurrent force systems/6. Numerical example 2.mp4	76.51 MB
2. Resultant of concurrent force systems/6. Numerical example 2.srt	6.84 kB
2. Resultant of concurrent force systems/7. Numerical example 3.mp4	45.58 MB
2. Resultant of concurrent force systems/7. Numerical example 3.srt	4.87 kB
2. Resultant of concurrent force systems/8. Numerical example 4.mp4	53.96 MB
2. Resultant of concurrent force systems/8. Numerical example 4.srt	5.66 kB
2. Resultant of concurrent force systems/9. Numerical example 5.mp4	63.65 MB
2. Resultant of concurrent force systems/9. Numerical example 5.srt	6.65 kB
3. Resultant of non-concurrent force systems/1. Introduction of non-concurrent force systems.mp4	44.99 MB
3. Resultant of non-concurrent force systems/1. Introduction of non-concurrent force systems.srt	4.96 kB
3. Resultant of non-concurrent force systems/2. Moment of Force.mp4	54.56 MB
3. Resultant of non-concurrent force systems/2. Moment of Force.srt	6.95 kB
3. Resultant of non-concurrent force systems/3. Principle of Moment.mp4	48.12 MB
3. Resultant of non-concurrent force systems/3. Principle of Moment.srt	5.44 kB
3. Resultant of non-concurrent force systems/4. Moment of Couple.mp4	49.53 MB
3. Resultant of non-concurrent force systems/4. Moment of Couple.srt	5.95 kB
3. Resultant of non-concurrent force systems/5. Numerical Example 1.mp4	60.39 MB
3. Resultant of non-concurrent force systems/5. Numerical Example 1.srt	6.39 kB
3. Resultant of non-concurrent force systems/6. Numerical Example 2.mp4	68.10 MB
3. Resultant of non-concurrent force systems/6. Numerical Example 2.srt	7.49 kB
3. Resultant of non-concurrent force systems/7. Numerical Example 3.mp4	107.57 MB
3. Resultant of non-concurrent force systems/7. Numerical Example 3.srt	10.81 kB
3. Resultant of non-concurrent force systems/8. Numerical Example 4.mp4	150.57 MB
3. Resultant of non-concurrent force systems/8. Numerical Example 4.srt	12.93 kB
3. Resultant of non-concurrent force systems/9. Quiz.html	158.00 B
[UdemyLibrary.com] Join for free courses and tutorials.txt	246.00 B

Description

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Udemy - A Course on Engineering Mechanics: Statics

Force system acting on a stationary particle or rigid body

Source: Sanjeev Thool via Udemy
Release date: Last updated 10/2020
Video: h264, 1280×720
Audio: AAC, 44.1 KHz, 2 Ch
Language: English + .srt
Size: 1.43 GB
Duration: 2 hour, 15 mins

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