Mechanical Engineering: Ch 10: Forces on Cables (5 of 33) NON-Uniform Distributed Load

preview_player
Показать описание

In this video I will derive the equations to find the forces acting on the cable with NON-uniformly distributed load.

Next video in this series can be seen at:
  1. Michel van Biezen
  2. ilectureonline
  3. ilectureonline.com
  4. Mike
  5. Mike van Biezen
  6. van Biezen
Рекомендации по теме
Mechanical Engineering: Ch 0:02:32

Mechanical Engineering: Ch 10: Forces on Cables (1 of 33) 4 Different Types

Mechanical Engineering: Ch 0:08:10

Mechanical Engineering: Ch 10: Forces on Cables (30 of 33) Catenary - How to Solve Given h, x: Ex

Mechanical Engineering: Ch 0:08:09

Mechanical Engineering: Ch 10: Forces on Cables (6 of 33) Uniform Distributed Load

Mechanical Engineering: Ch 0:10:16

Mechanical Engineering: Ch 10: Forces on Cables (23 of 33) Catenary - Example 1

Mechanical Engineering: Ch 0:07:21

Mechanical Engineering: Ch 10: Forces on Cables (18 of 33) Catenary - General Case (Part 1)

Mechanical Engineering: Ch 0:09:03

Mechanical Engineering: Ch 10: Forces on Cables (8 of 33) Concentrated Load: Example (Part 1)

Mechanical Engineering: Ch 0:07:46

Mechanical Engineering: Ch 10: Forces on Cables (10 of 33) Distributed Load: Example (Part 1)

Mechanical Engineering: Ch 0:07:28

Mechanical Engineering: Ch 10: Forces on Cables (31 of 33) Catenary - How to Solve Given s, x: Ex

Mechanical Engineering: Ch 0:08:44

Mechanical Engineering: Ch 10: Forces on Cables (3 of 33) Concentrated Loads: Load Point 1

Mechanical Engineering: Ch 0:07:58

Mechanical Engineering: Ch 10: Forces on Cables (15 of 33) Distributed Load: Find T(max)=?

Mechanical Engineering: Ch 0:07:45

Mechanical Engineering: Ch 10: Forces on Cables (7 of 33) Uniform Distributed Load: Find Length

Mechanical Engineering: Ch 0:08:53

Mechanical Engineering: Ch 10: Forces on Cables (24 of 33) Catenary - Example 2

Mechanical Engineering: Ch 0:04:56

Mechanical Engineering: Ch 10: Forces on Cables (13 of 33) Distributed Load: Find Sag=?

Mechanical Engineering: Ch 0:05:29

Mechanical Engineering: Ch 10: Forces on Cables (5 of 33) NON-Uniform Distributed Load

Mechanical Engineering: Ch 0:05:00

Mechanical Engineering: Ch 10: Forces on Cables (4 of 33) Concentrated Loads: Forces Btn Load Pts

Mechanical Engineering: Ch 0:07:13

Mechanical Engineering: Ch 10: Forces on Cables (2 of 33) Concentrated Loads: Introduction

Mechanical Engineering: Ch 0:10:59

Mechanical Engineering: Ch 10: Forces on Cables (29 of 33) Catenary - How to Solve Given h, s: Ex

Mechanical Engineering: Ch 0:04:58

Mechanical Engineering: Ch 10: Forces on Cables (28 of 33) Catenary - How to Solve Given h, s

Mechanical Engineering: Ch 0:05:07

Mechanical Engineering: Ch 10: Forces on Cables (32 of 33) Catenary - Find the Span

Mechanical Engineering: Ch 0:06:09

Mechanical Engineering: Ch 10: Forces on Cables (9 of 33) Concentrated Load: Example (Part 2)

Mechanical Engineering: Ch 0:07:20

Mechanical Engineering: Ch 10: Forces on Cables (33 of 33) Catenary - Find the Span=2 x Sag=?

Mechanical Engineering: Ch 0:08:29

Mechanical Engineering: Ch 10: Forces on Cables (25 of 33) Catenary - Example 3

Mechanical Engineering: Ch 0:07:06

Mechanical Engineering: Ch 10: Forces on Cables (14 of 33) Distributed Load: Find Sag=?

Mechanical Engineering: Ch 0:06:41

Mechanical Engineering: Ch 10: Forces on Cables (22 of 33) Catenary - General Case (Part 5)

Комментарии
Автор

Your videos are very helpful thank you very much .
Just want to ask you there is another way to analyze cables which is using general cable theorem
do you have any videos or explanations regarding it
Thank you again

mohammedj
Автор

HOW DO YOU IDENTIFY THE LOWEST POINT PLEASE

frank