03 材料力学 せん断・縦弾性係数・横弾性係数・ポアソン比

#MechanicsOfMaterials #Shear #Poisson'sRatio This course will explain the fundamentals of mechanics of materials: types of stress and strain, and shear stress. We'll also cover the longitudinal elastic modulus, transverse elastic modulus, and Poisson's ratio. Register for membership here! You'll have access to pre-posted videos!    / @delta-physics   ★ Professor Delta's recommended textbooks and reference books for Mechanics of Materials are here↓ https://note.com/delta_phy/n/n8702076... ★ Professor Delta's slide deck for Mechanics of Materials is here (free with X) ・For those studying Mechanics of Materials: Slide deck for explanatory videos, Chapter 1: Fundamentals of Mechanics of Materials https://note.com/delta_phy/n/n1bc9055... ・For those studying Mechanics of Materials: Slide deck for explanatory videos, Chapter 2: Beam Bending https://note.com/delta_phy/n/n4739323... ・For those studying Mechanics of Materials: Slide deck for explanatory videos, Chapter 3 Torsion Tensor Buckling Energy https://note.com/delta_phy/n/n0ede38b... [Previous Videos] 02 Understanding Stress and Strain: Essential Terms - Elastic Deformation and Plastic Deformation    • 02 応力とひずみを理解しよう 抑えておきたい基礎用語-弾性変形・塑性変形   01 A Complete Review of High School Physics Used in Mechanics of Materials    • 01 材料力学で使う高校物理を総復習   [Twitter]   / deltapower_phy   Please feel free to comment with any mistakes or questions. 0:00 Title 0:22 Video Content 0:40 What is Mechanics of Materials? 2:27 Review: Types of Stress and Strain 4:59 Review: The Relationship Between Stress and Strain 7:49 Shear Stress 9:28 Shear Stress and Shear Strain 13:55 About Poisson's Ratio 18:57 Summary

04 Mechanics of Materials: An easy-to-understand explanation of the S-N curve and fatigue failure
▶︎

04 Mechanics of Materials: An easy-to-understand explanation of the S-N curve and fatigue failure

02 Understanding Stress and Strain: Basic Terms to Know - Elastic Deformation and Plastic Deforma...
▶︎

02 Understanding Stress and Strain: Basic Terms to Know - Elastic Deformation and Plastic Deforma...

わかりやすい構造力学~断面二次モーメント~
▶︎

わかりやすい構造力学~断面二次モーメント~

The Obsessive Engineering of Precision Linear Motion
▶︎

The Obsessive Engineering of Precision Linear Motion

All You Need Is an Orchestra — and Some Magic | Jacob Collier & VSO School of Music Orchestra | TED
▶︎

All You Need Is an Orchestra — and Some Magic | Jacob Collier & VSO School of Music Orchestra | TED

Kolumbien – Portugal Highlights | Gruppe K, FIFA WM 2026 | sportstudio
▶︎

Kolumbien – Portugal Highlights | Gruppe K, FIFA WM 2026 | sportstudio

The Problem with Welding
▶︎

The Problem with Welding

Understanding Buckling
▶︎

Understanding Buckling

05 Mechanics of Materials: An easy-to-understand explanation of yield strength and safety factor
▶︎

05 Mechanics of Materials: An easy-to-understand explanation of yield strength and safety factor

Explaining Frequently Used Work Materials [Basic Metal Video for Beginners]
▶︎

Explaining Frequently Used Work Materials [Basic Metal Video for Beginners]

But what is the Fourier Transform?  A visual introduction.
▶︎

But what is the Fourier Transform? A visual introduction.

10-1. Fundamentals of stress tensor (material mechanics and structural mechanics)
▶︎

10-1. Fundamentals of stress tensor (material mechanics and structural mechanics)

Understanding Stresses in Beams
▶︎

Understanding Stresses in Beams

Understanding Torsion
▶︎

Understanding Torsion

Über 1000 Funktionen in LEGOs® bestem Technic-Set für nur 120€: 11380 Rennrad
▶︎

Über 1000 Funktionen in LEGOs® bestem Technic-Set für nur 120€: 11380 Rennrad

01 材料力学で使う高校物理を総復習
▶︎

01 材料力学で使う高校物理を総復習

Mechanisms EVERY Mechanical Engineer Should Know
▶︎

Mechanisms EVERY Mechanical Engineer Should Know

【超基礎】日本だけじゃない、世界中で人口減少へ。「人口学」の歴史を学べば少子化がわかる(少子化対策/子ども手当/異次元/フランスデモ/移民政策)解説:片平知宏
▶︎

【超基礎】日本だけじゃない、世界中で人口減少へ。「人口学」の歴史を学べば少子化がわかる(少子化対策/子ども手当/異次元/フランスデモ/移民政策)解説:片平知宏

せん断力図(SFD)と曲げモーメント図(BMD)とは?梁に作用する負荷を可視化しよう!【初めて学ぶ人のための材料力学の教室】
▶︎

せん断力図(SFD)と曲げモーメント図(BMD)とは?梁に作用する負荷を可視化しよう!【初めて学ぶ人のための材料力学の教室】

断面二次モーメントの本質的理解!【構造力学】【材料力学】
▶︎

断面二次モーメントの本質的理解!【構造力学】【材料力学】