
structure
Description
Book Introduction
It explains the fundamental forces that bind together the primal and fundamental tasks of this world.
From buildings and the human body to airplanes and eggshells...
His intelligence, his adept handling of the tasks at hand, and his encyclopedic commentary all combined to create a style.
The author interprets engineering through technical data and exchanges with underlying theories based on a wide variety of materials.
In sections such as “How I Designed a Bug” and “The Benefits of Being a Beam,” he showed humorous insights into the creations of humans and nature.
Architects and engineers will appreciate this clear and compelling explanation of concepts such as stress, shear, torsion, fracture, fracture, and compression.
If you're building a house or a boat or a launcher, here's a tool that will help you understand the engineering aspects of the joints, floors, ceilings, bodies, masts, flying buttresses, and more.
Without being overly complex or overly simplistic, the structure provides detailed answers to the most honest questions.
It opens up the wonders of technology to anyone interested in what underpins our everyday lives.
From buildings and the human body to airplanes and eggshells...
His intelligence, his adept handling of the tasks at hand, and his encyclopedic commentary all combined to create a style.
The author interprets engineering through technical data and exchanges with underlying theories based on a wide variety of materials.
In sections such as “How I Designed a Bug” and “The Benefits of Being a Beam,” he showed humorous insights into the creations of humans and nature.
Architects and engineers will appreciate this clear and compelling explanation of concepts such as stress, shear, torsion, fracture, fracture, and compression.
If you're building a house or a boat or a launcher, here's a tool that will help you understand the engineering aspects of the joints, floors, ceilings, bodies, masts, flying buttresses, and more.
Without being overly complex or overly simplistic, the structure provides detailed answers to the most honest questions.
It opens up the wonders of technology to anyone interested in what underpins our everyday lives.
index
1.
Structure in our lives
- or how to communicate with technicians
2.
Why structures transmit loads
- or elasticity of a solid
Part 1: The Difficult Birth of the Science of Elasticity
3.
The invention of stress and strain
- or the interpretation of the mathematician Baron Cauchy and the Young coefficient
4.
Design for Safety
- Or do you actually trust the measurements of strength?
5.
Strain energy and modern fracture mechanics
- In terms of path deviation in bows, catapults, and kangaroos
Part 2 _ Tensile Structure
6.
Tensile structures and compression vessels
- With the description in the boiler, the bat, and the Chinese trash
7.
Joints, Tightening and Humans
- Also about the slow-moving wheel
8.
Soft materials and living structures
- Or how would the screw be designed?
Part 3 _ Compression and Bending Structures
9.
Walls, arches and dams
- or the stability of the tower and masonry covered with clouds
10.
About bridges
- or the Saint-Bénézet and Saint-Isambard bridges
11.
The Benefits of Being a Beam
- Views from the roof, trusses and masts
12.
The mystery of shear and twist
- or pajamas with a North Star and diagonal pattern
13.
Different ways in which compression destroys
- or sandwich, skull and Dr. Euler
Part 4 - And the conclusion is...
14.
Design Philosophy
- or shape, weight and cost
15.
The place of accidents
- Studies on sin, error, and metal fatigue
16.
Efficiency and aesthetics
- or the world we have to live in
supplement
Appendix 1 Handbook (Reference Book) and Formula
Appendix 2 Beam Theory
Appendix 3 Torsion
Appendix 4 About the Pillars
[Efficiency of columns and wall panels subjected to compressive loads]
Appendix 4 Suggestions for Further Research (References)
Structure in our lives
- or how to communicate with technicians
2.
Why structures transmit loads
- or elasticity of a solid
Part 1: The Difficult Birth of the Science of Elasticity
3.
The invention of stress and strain
- or the interpretation of the mathematician Baron Cauchy and the Young coefficient
4.
Design for Safety
- Or do you actually trust the measurements of strength?
5.
Strain energy and modern fracture mechanics
- In terms of path deviation in bows, catapults, and kangaroos
Part 2 _ Tensile Structure
6.
Tensile structures and compression vessels
- With the description in the boiler, the bat, and the Chinese trash
7.
Joints, Tightening and Humans
- Also about the slow-moving wheel
8.
Soft materials and living structures
- Or how would the screw be designed?
Part 3 _ Compression and Bending Structures
9.
Walls, arches and dams
- or the stability of the tower and masonry covered with clouds
10.
About bridges
- or the Saint-Bénézet and Saint-Isambard bridges
11.
The Benefits of Being a Beam
- Views from the roof, trusses and masts
12.
The mystery of shear and twist
- or pajamas with a North Star and diagonal pattern
13.
Different ways in which compression destroys
- or sandwich, skull and Dr. Euler
Part 4 - And the conclusion is...
14.
Design Philosophy
- or shape, weight and cost
15.
The place of accidents
- Studies on sin, error, and metal fatigue
16.
Efficiency and aesthetics
- or the world we have to live in
supplement
Appendix 1 Handbook (Reference Book) and Formula
Appendix 2 Beam Theory
Appendix 3 Torsion
Appendix 4 About the Pillars
[Efficiency of columns and wall panels subjected to compressive loads]
Appendix 4 Suggestions for Further Research (References)
Detailed image

GOODS SPECIFICS
- Publication date: August 26, 2022
- Format: Paperback book binding method guide
- Page count, weight, size: 400 pages | 150*220*30mm
- ISBN13: 9788955924596
- ISBN10: 8955924593
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