
Introduction and Practice of Aircraft Certification Technology
Description
Book Introduction
Aircraft Certification Technology [Introduction and Practice]
The most practical guide to aviation industry technology, safety, and preparing for the future.
Aircraft are made up of hundreds of thousands of parts, and these components, which include cutting-edge technologies, must function properly to fly.
In particular, securing flight safety (airworthiness) is the ultimate goal.
This process, which formally certifies aircraft safety and enables the application of new technologies, is a core area that everyone in the aviation industry must understand, but its specialized nature and complexity have made it difficult to approach.
Aircraft Certification Technology [Introduction and Practice] is a book that breaks down this barrier.
From theoretical concepts to actual certification procedures, airworthiness authority standards, testing and verification methods, and the latest aircraft development trends, this book is structured with a focus on practical application that can be applied directly in the field. It can be used as a systematic introductory book for beginners and as an expandable professional book for practitioners.
The most practical guide to aviation industry technology, safety, and preparing for the future.
Aircraft are made up of hundreds of thousands of parts, and these components, which include cutting-edge technologies, must function properly to fly.
In particular, securing flight safety (airworthiness) is the ultimate goal.
This process, which formally certifies aircraft safety and enables the application of new technologies, is a core area that everyone in the aviation industry must understand, but its specialized nature and complexity have made it difficult to approach.
Aircraft Certification Technology [Introduction and Practice] is a book that breaks down this barrier.
From theoretical concepts to actual certification procedures, airworthiness authority standards, testing and verification methods, and the latest aircraft development trends, this book is structured with a focus on practical application that can be applied directly in the field. It can be used as a systematic introductory book for beginners and as an expandable professional book for practitioners.
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Preview
index
Chapter 1 Aircraft Certification System
1.1 Aviation Industry and Certification
1.2 American Certification System
1.3 European Certification System
1.4 Korea's Certification System
1.5 International Cooperation Certification System
Practice problems
Chapter 2 Aircraft Certification Procedures
2.1 Certification Procedure Regulations
2.2 Formal Certification Procedure
2.3 Production Proof Procedure
2.4 Airworthiness Certification Procedure
2.5 Parts Manufacturer Approval Procedure
2.6 Technical Standard Product Approval Procedure
2.7 Type Certificate Approval Procedure
2.8 Conformity Test Procedure
Practice problems
Chapter 3: Proving Aircraft Suitability
3.1 Establishing a Certification Plan
3.2 Proof of structural strength
3.3 Powertrain Verification
3.4 Verification of detailed system
3.5 Avionics Verification
3.6 Safety Analysis
3.7 Flight performance verification
Practice problems
Chapter 4: Aircraft Engine Certification Technology
4.1 Engine Certification Overview
4.2 Reciprocating Engine Certification
4.3 Turbine Engine Certification
4.4 Propeller Certification
4.5 Auxiliary Power Unit Certification
Practice problems
Chapter 5: Aircraft Parts Certification Technology
5.1 Overview of Component Certification
5.2 Aircraft Tires
5.3 Life jacket certification
5.4 Aircraft seats
5.5 Waiting Data Computer
5.6 Cabin Parts Certification
Practice problems
Chapter 6: Certification of Future Aircraft
6.1 Overview of Future Aircraft
6.2 Unmanned Aerial Vehicle Certification
6.3 Urban Aircraft Certification
6.4 Electric Propulsion System Certification
6.5 UAM Aircraft Certification Cases
Practice problems
Chapter 7 Military Airworthiness Certification
7.1 Military Aircraft Certification System
7.2 Military Airworthiness Certification Procedures
7.3 Standard airworthiness certification criteria
7.4 Military Engine Certification
7.5 Military Aircraft Parts Certification
References
supplement
1.
List of Certification Document Formats
2.
Aircraft Certification Terminology
3.
Regulations on Aircraft and Parts Certification Procedures
1.1 Aviation Industry and Certification
1.2 American Certification System
1.3 European Certification System
1.4 Korea's Certification System
1.5 International Cooperation Certification System
Practice problems
Chapter 2 Aircraft Certification Procedures
2.1 Certification Procedure Regulations
2.2 Formal Certification Procedure
2.3 Production Proof Procedure
2.4 Airworthiness Certification Procedure
2.5 Parts Manufacturer Approval Procedure
2.6 Technical Standard Product Approval Procedure
2.7 Type Certificate Approval Procedure
2.8 Conformity Test Procedure
Practice problems
Chapter 3: Proving Aircraft Suitability
3.1 Establishing a Certification Plan
3.2 Proof of structural strength
3.3 Powertrain Verification
3.4 Verification of detailed system
3.5 Avionics Verification
3.6 Safety Analysis
3.7 Flight performance verification
Practice problems
Chapter 4: Aircraft Engine Certification Technology
4.1 Engine Certification Overview
4.2 Reciprocating Engine Certification
4.3 Turbine Engine Certification
4.4 Propeller Certification
4.5 Auxiliary Power Unit Certification
Practice problems
Chapter 5: Aircraft Parts Certification Technology
5.1 Overview of Component Certification
5.2 Aircraft Tires
5.3 Life jacket certification
5.4 Aircraft seats
5.5 Waiting Data Computer
5.6 Cabin Parts Certification
Practice problems
Chapter 6: Certification of Future Aircraft
6.1 Overview of Future Aircraft
6.2 Unmanned Aerial Vehicle Certification
6.3 Urban Aircraft Certification
6.4 Electric Propulsion System Certification
6.5 UAM Aircraft Certification Cases
Practice problems
Chapter 7 Military Airworthiness Certification
7.1 Military Aircraft Certification System
7.2 Military Airworthiness Certification Procedures
7.3 Standard airworthiness certification criteria
7.4 Military Engine Certification
7.5 Military Aircraft Parts Certification
References
supplement
1.
List of Certification Document Formats
2.
Aircraft Certification Terminology
3.
Regulations on Aircraft and Parts Certification Procedures
Detailed image

Publisher's Review
Aircraft Certification Technology [Introduction and Practice]
The most practical guide to aviation industry technology, safety, and preparing for the future.
Aircraft are made up of hundreds of thousands of parts, and these components, which include advanced technologies, must function properly to fly.
In particular, ensuring flight safety (airworthiness) is the ultimate goal.
This process, which formally certifies aircraft safety and enables the application of new technologies, is a core area that everyone in the aviation industry must understand, but its specialized nature and complexity have made it difficult to approach.
Aircraft Certification Technology [Introduction and Practice] is a book that breaks down this barrier.
From theoretical concepts to actual certification procedures, airworthiness authority standards, testing and verification methods, and the latest aircraft development trends, this book is structured with a focus on practical application that can be applied directly in the field. It can be used as a systematic introductory book for beginners and as an expandable professional book for practitioners.
A structural explanation that summarizes complex authentication concepts at a glance.
You can intuitively understand the entire certification system, including international certification standards, type certification, production certification, airworthiness certification, engine certification, parts certification, system safety assessment, and airworthiness maintenance.
Practical know-how compiled by Korea's top experts
It contains information you can only find in the field, including aircraft certification concepts, legal procedures, certification planning, prototype production, inspection and testing, actual certification documentation creation, and tips for responding to certification authorities.
Introduction to the latest trends reflecting future aviation technology.
It broadly covers certification requirements and standards for emerging fields such as unmanned aerial vehicles, urban air mobility (UAM), eco-friendly aircraft, and electric propulsion systems.
ㅇ Design and production, universal usability for both civilian and military use
A wide range of readers will benefit from this book, including aerospace engineering students, aircraft developers, research institutions, government agencies, manufacturers, maintenance and quality personnel, and military aircraft and engine developers.
This book is not just a textbook; it is a "navigator for the frontline of aviation safety" that penetrates the essence of aircraft development and safety.
From the moment you take your first steps into aerospace engineering, we'll be your reliable guide throughout your professional journey, deepening your technical knowledge.
The most practical guide to aviation industry technology, safety, and preparing for the future.
Aircraft are made up of hundreds of thousands of parts, and these components, which include advanced technologies, must function properly to fly.
In particular, ensuring flight safety (airworthiness) is the ultimate goal.
This process, which formally certifies aircraft safety and enables the application of new technologies, is a core area that everyone in the aviation industry must understand, but its specialized nature and complexity have made it difficult to approach.
Aircraft Certification Technology [Introduction and Practice] is a book that breaks down this barrier.
From theoretical concepts to actual certification procedures, airworthiness authority standards, testing and verification methods, and the latest aircraft development trends, this book is structured with a focus on practical application that can be applied directly in the field. It can be used as a systematic introductory book for beginners and as an expandable professional book for practitioners.
A structural explanation that summarizes complex authentication concepts at a glance.
You can intuitively understand the entire certification system, including international certification standards, type certification, production certification, airworthiness certification, engine certification, parts certification, system safety assessment, and airworthiness maintenance.
Practical know-how compiled by Korea's top experts
It contains information you can only find in the field, including aircraft certification concepts, legal procedures, certification planning, prototype production, inspection and testing, actual certification documentation creation, and tips for responding to certification authorities.
Introduction to the latest trends reflecting future aviation technology.
It broadly covers certification requirements and standards for emerging fields such as unmanned aerial vehicles, urban air mobility (UAM), eco-friendly aircraft, and electric propulsion systems.
ㅇ Design and production, universal usability for both civilian and military use
A wide range of readers will benefit from this book, including aerospace engineering students, aircraft developers, research institutions, government agencies, manufacturers, maintenance and quality personnel, and military aircraft and engine developers.
This book is not just a textbook; it is a "navigator for the frontline of aviation safety" that penetrates the essence of aircraft development and safety.
From the moment you take your first steps into aerospace engineering, we'll be your reliable guide throughout your professional journey, deepening your technical knowledge.
GOODS SPECIFICS
- Date of issue: November 24, 2025
- Page count, weight, size: 964 pages | 188*257*40mm
- ISBN13: 9791175700048
- ISBN10: 1175700045
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