
Protective technology engineering
Description
Book Introduction
Protective technology engineering is a field of applied engineering that combines various fields of study such as architecture, civil engineering, mechanical engineering, and electrical engineering. The content described in this book provides engineering theories on protective technology so that even those without experience in protective facility projects can easily understand it.
In addition, it includes various examples so that readers interested in the field of protection technology can study on their own, and it can be used as a reference book for the national certification in the field of protection technology, the Protection Technology Manager.
In addition, it includes various examples so that readers interested in the field of protection technology can study on their own, and it can be used as a reference book for the national certification in the field of protection technology, the Protection Technology Manager.
index
Chapter 1 Overview of Protective Facilities
1.1 Overview
1.2 Key Research Results in the Field of Defense
1.3 Protection level and protection class
1.4 Considerations in Protective Design
Chapter 2 Explosion-proof facilities
2.1 Load - 19
2.2 Dynamic characteristics of structures subjected to blast loads
2.3 Equivalent single degree of freedom system
2.4 Explosion-proof structure system
2.5 Explosion-proof design procedures for protective structures
2.6 Design of underground RC structures
2.7 Composite structure explosion-proof design
2.8 Explosion-proof equipment design
2.9 Example of explosion-proof design for reinforced concrete structures
Chapter 3 Bulletproof Facilities
3.1 Load
3.2 Bulletproof (penetration/penetration) design
3.3 Bulletproof equipment design
3.4 Bulletproof Design Example
Chapter 4 Chemical, Biological, and Radiological Defense Facilities
4.1 Overview
4.2 Design of chemical, biological, and radiological protection facilities
4.3 Construction management of chemical, biological, and radiological protection facilities
4.4 Construction management of chemical, biological, and radiological protection equipment by product
4.5 Maintenance of chemical, biological, and radiological protection facilities
Chapter 5 EMP Protection Facilities
5.1 Overview
5.2 EMP protection facility design and construction management
5.3 EMP Protection Facility Performance Test Procedure
5.4 Maintenance of EMP protection facilities
· References
Appendix
Appendix 1 Symbol Definitions
Appendix 2 Definitions of Terms
Appendix 3 Definition of Abbreviations
1.1 Overview
1.2 Key Research Results in the Field of Defense
1.3 Protection level and protection class
1.4 Considerations in Protective Design
Chapter 2 Explosion-proof facilities
2.1 Load - 19
2.2 Dynamic characteristics of structures subjected to blast loads
2.3 Equivalent single degree of freedom system
2.4 Explosion-proof structure system
2.5 Explosion-proof design procedures for protective structures
2.6 Design of underground RC structures
2.7 Composite structure explosion-proof design
2.8 Explosion-proof equipment design
2.9 Example of explosion-proof design for reinforced concrete structures
Chapter 3 Bulletproof Facilities
3.1 Load
3.2 Bulletproof (penetration/penetration) design
3.3 Bulletproof equipment design
3.4 Bulletproof Design Example
Chapter 4 Chemical, Biological, and Radiological Defense Facilities
4.1 Overview
4.2 Design of chemical, biological, and radiological protection facilities
4.3 Construction management of chemical, biological, and radiological protection facilities
4.4 Construction management of chemical, biological, and radiological protection equipment by product
4.5 Maintenance of chemical, biological, and radiological protection facilities
Chapter 5 EMP Protection Facilities
5.1 Overview
5.2 EMP protection facility design and construction management
5.3 EMP Protection Facility Performance Test Procedure
5.4 Maintenance of EMP protection facilities
· References
Appendix
Appendix 1 Symbol Definitions
Appendix 2 Definitions of Terms
Appendix 3 Definition of Abbreviations
GOODS SPECIFICS
- Date of issue: August 15, 2024
- Page count, weight, size: 374 pages | 188*257*30mm
- ISBN13: 9791162572924
- ISBN10: 1162572922
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