Перейти к содержимому

How to solve bending stress numerical- Problem:1 (in Hindi)

MECH vidyarthi

0:00 / 0:00

How to solve bending stress numerical- Problem:1 (in Hindi)

19 018 просмотров · 6 л. назад
MECH vidyarthi
10,4 тыс. подписчиков
19 018 просмотров · 6 л. назад
This lecture video describes a very simple process to solve numerical on bending stress by the bending equation. यह लेक्चर वीडियो बैंडिंग समीकरण द्वारा बेंडिंग तनाव के प्रश्न को हल करने के लिए एक बहुत ही सरल प्रक्रिया का वर्णन करता है। By this lecture you can learn the basic formula about: (1) General condition of the beam and their maximum bending moment (M). (2) Moment of inertia of regular sections (I). (3) The distance of the farthest fiber of a section from neutral axis(y). Like, comment, share this video, and Please subscribe to my channel. For more Videos click following links........... ✔For lecture -7: Theory of simple bending & Bending equation (in Hindi) Click here    • Theory of simple bending & Bending equatio...   ✔For lecture -6: SFD and BMD for a simply supported beam ( in Hindi) Click here    • SFD and BMD for a simply supported beam ( ...   ✔For lecture -5: SFD and BMD for cantilever beam with UDL and point load (in Hindi) Click here    • SFD and BMD for cantilever beam with UDL a...   ✔For lecture -4: What is S.F.D.& B.M.D? (in Hindi) Click here    • What is SFD and BMD? (in Hindi)   ✔For lecture:3 -Types of supports, Types of beams and Types of loads (in Hindi & English) click here    • Types of supports,Types of  beams and Type...   ✔For lecture:2 -Part 3-Elongation in uniform /stepped bar, Principle of superposition & Thermal stress ( Hindi, English) click here    • Elongation in bar, Principle of superposit...   ✔For lecture:2 Part 2 Stress & strain curve, working stress, FOS & percentage elongation. Click here    • What is stress and strain diagram (प्रतिबल...   ✔For lecture:2-Part 1-Stress and strain, Hook's law, Elastic constant (E, K & G). Click here    • What is stress and strain ,Hook's Law, Ela...   ✔For SOM Lecture: 1- Introduction of SOM and Mechanical properties. Click here    • Mechanical properties of materials (In Hin...