Materials Mechanics Made Easy with Comics
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Description
Book Introduction
The study of material mechanics, the study of realizing images!
Mechanics of materials is one of the many subjects that apply what is learned in physics to specialized fields, and is perceived by many as a difficult subject to learn.
If you're not careful, it can easily end up being difficult and rigid.
This book is accessible to readers through comics, and it contains material mechanics through an interesting incident.
It explains the minimum necessary formulas without proof, and shows new methods and views obtained by using the formulas rather than memorizing them.
This book effectively explains material mechanics through easy explanations and the persuasive power of cartoons through interesting content development.
Mechanics of materials is one of the many subjects that apply what is learned in physics to specialized fields, and is perceived by many as a difficult subject to learn.
If you're not careful, it can easily end up being difficult and rigid.
This book is accessible to readers through comics, and it contains material mechanics through an interesting incident.
It explains the minimum necessary formulas without proof, and shows new methods and views obtained by using the formulas rather than memorizing them.
This book effectively explains material mechanics through easy explanations and the persuasive power of cartoons through interesting content development.
index
prolog
Chapter 1: Mechanics of Deforming Bodies
1.
Consider the force applied to an object.
2.
Consider the balance of forces on an object.
3.
The force received by the absence of the seal
4.
Objects deform when subjected to force.
Chapter 2 Stress
1.
Forces also act within objects.
2.
How to express history?
3.
How does stress arise?
4.
Stress is not constant along the surface itself, but varies with location.
Chapter 3 Strain and Deformation
1.
How do you indicate the degree of deformation?
2.
Understanding deformation from strain
Chapter 4 Strength and Mechanical Properties of Materials
1.
Force and deformation are proportional.
2.
There is a limit to the bearing capacity of materials.
3.
Tough and soft ingredients
Chapter 5 Stress Calculation Methods
1.
A Study of the Tensile and Compression Problems of Seals
2.
Consideration of the strain problem of the rod
3.
Consider the problem of bending a pole.
Chapter 6 Applications of Materials Mechanics
1.
How to make a structure not collapse?
2.
It is also important that it does not deform easily.
3.
How safe is the structure?
Epilogue
supplement
Search
Chapter 1: Mechanics of Deforming Bodies
1.
Consider the force applied to an object.
2.
Consider the balance of forces on an object.
3.
The force received by the absence of the seal
4.
Objects deform when subjected to force.
Chapter 2 Stress
1.
Forces also act within objects.
2.
How to express history?
3.
How does stress arise?
4.
Stress is not constant along the surface itself, but varies with location.
Chapter 3 Strain and Deformation
1.
How do you indicate the degree of deformation?
2.
Understanding deformation from strain
Chapter 4 Strength and Mechanical Properties of Materials
1.
Force and deformation are proportional.
2.
There is a limit to the bearing capacity of materials.
3.
Tough and soft ingredients
Chapter 5 Stress Calculation Methods
1.
A Study of the Tensile and Compression Problems of Seals
2.
Consideration of the strain problem of the rod
3.
Consider the problem of bending a pole.
Chapter 6 Applications of Materials Mechanics
1.
How to make a structure not collapse?
2.
It is also important that it does not deform easily.
3.
How safe is the structure?
Epilogue
supplement
Search
GOODS SPECIFICS
- Publication date: February 12, 2020
- Page count, weight, size: 240 pages | 472g | 182*235*20mm
- ISBN13: 9788931589009
- ISBN10: 893158900X
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