Mechanics of Materials - Part 75 (Compound stress)/MOM/SOM/18ME32/18CV32

preview_player
Показать описание
In many situations structures will be subjected to loads in more than one direction. When a body is restricted to stresses in two directions it said to be in a plane state of stress. In such cases, it is very important to know the maximum normal and shear stress acting on the material and also it is significant to know on which plane these stresses acts. Knowledge of these is required in the design of structures.
In this class I have derived expressions to find the normal and shear stress on a given plane when it is subjected to two dimensional state of stress (Plane state of stress).
Please go through the following link for complete course on Mechanics of Materials
  1. Sudersanan Ponathil
  2. Mechanics of materials
  3. strength of materials
  4. couple
  5. 18ME32
  6. VTU mom videos
Рекомендации по теме
Mechanics of Materials: 0:18:24

Mechanics of Materials: Lesson 1 - Intro to Solids, Statics Review Example Problem

EVERYTHING on Axial 0:11:34

EVERYTHING on Axial Loading Normal Stress in 10 MINUTES - Mechanics of Materials

FE Exam Review: 1:24:44

FE Exam Review: Mechanics of Materials, Part 1 (2022.02.22)

Mechanics of Materials: 0:14:15

Mechanics of Materials: Lesson 4 - Shear Stress, Single and Double Shear Example

Mechanics of Materials: 0:14:57

Mechanics of Materials: Lesson 2 - Normal Stress, Review of Units

Mechanics of Materials 0:16:13

Mechanics of Materials - Part 69 (SF and BM Diagram for a cantilever beam) | BME301

Mechanics of Materials 0:24:41

Mechanics of Materials - Part 61 (SF and BM Diagram) | BME301

Mechanics of Materials-Part 0:11:01

Mechanics of Materials-Part 51(Columns-One end fixed & other end free) | BME301

Mechanics of Materials 0:23:14

Mechanics of Materials - Part 60 (SF and BM Diagram) BME301

Mechanics of Materials 0:13:12

Mechanics of Materials - Part 57 (Secant formula - Columns) | BME301

Mechanics of Materials 0:15:44

Mechanics of Materials - Part 54 (Columns)|Strength of Materials | BME301

Mechanics of Materials 0:11:31

Mechanics of Materials - Part 55 (Rankine's formula) | BME301

Mechanics of Materials 0:14:45

Mechanics of Materials - Part 52 (Columns -One end fixed & other end hinged) | BME301

Mechanics of Materials-Part 0:26:37

Mechanics of Materials-Part 67 (SF and BM Diagram for a beam subjected couple) BME301

Mechanics of Materials-Part 0:21:04

Mechanics of Materials-Part 70 (SF and BM Diagram for a beam subjected to UVL) | BME301

Mechanics of Materials: 0:13:59

Mechanics of Materials: Exam 2 Review Summary

Mechanics of Materials 0:04:50

Mechanics of Materials

Mechanics of Materials 0:14:07

Mechanics of Materials - Part 63 (Relation between SF, BM and rate of loading) | BME301

Mechanics of Materials 0:24:36

Mechanics of Materials - Part 68 (SF and BM Diagram) | BME301

FE Mechanics of 1:50:58

FE Mechanics of Materials Review Session 2022

Mechanics of Materials 0:05:34

Mechanics of Materials - Normal stress example 1

Terminology of Mechanical 0:13:45

Terminology of Mechanical Engineering, Part 1: (Mechanics of Materials)

Mechanics of Materials 0:32:30

Mechanics of Materials - Part 65 (SF and BM Diagram for an overhanging beam) | BME301

Everything About COMBINED 0:09:49

Everything About COMBINED LOADING in 10 Minutes! Mechanics of Materials

Комментарии
Автор

Hello sir, I am doing cfd analysis of plate fin heat sink in ansys fluent, I have taken a plate fin heat sink and made an air domain around it and there is one inlet and one outlet. constant flux is applied at base. But in simulation heat variation is not coming at fin plates. Entire heat sink is coming at same temperature. What should I do to solve this problem. Please help me. I have been trying to solve it since last 20 days but unable to do it.
Please help me, I would be thankful to you

Luffy-mcxp