76 Best Books on Aircraft General Engineering

“Aircraft Structures (Dover Books on Aeronautical Engineering)” Book Review: This book introduces aircraft stress analysis. The book focuses on basic structural theory, the development of new materials and construction methods, application of the elementary principles of mechanics and analysis of aircraft structures. It acts as a guide for undergraduate students. The book explains about equilibrium of forces, space structures, inertia forces and load factors. Shear, bending stresses and beams with unsymmetrical cross sections are mentioned in the book. Information on spanwise air load distribution and loads on the airplane are highlighted in this book. The book presents deflections of structures, joints and fittings. Some chapters are of aerodynamics mentioned in the book. This book acts as a guide for students which helps them to study the prerequisite aerodynamics topics in this book.

“The Wright Brothers: The Dramatic Story-Behind-the-Story” Book Review: This book describes the stories of Wilbur and Orville Wright. It explains their courage, determination, interest and curiosity. The book provides Wright papers, private diaries, notebooks and letters from private family itself. It also covers their sister Katherine’s contributions and her relation with them. Scrapbooks are included in the book.

“Draw 50 Airplanes, Aircraft, and Spacecraft: The Step-by-Step Way to Draw World War II Fighter Planes, Modern Jets, Space Capsules” Book Review: This book basically explains how to draw in a proper process step by step with examples. It shows the readers how to make great machinery like Concorde, Skyhawk A4D, the Saturn V rocket, hot air balloon and blimp. This book is helpful for both children and adults in their drawing. Step by step drawings from animals to airplanes are all provided in the book.

“Helicopter Theory (Dover Books on Aeronautical Engineering)” Book Review: This book provides information on how to fly a helicopter. Helicopter aerodynamics and flight dynamics are present in the book. It covers aspects of design and theory. Topics like forward flight and vertical flight, mathematics of rotating systems, performance and aerodynamics are covered in this book. Rotary wing dynamics, stability and aero elasticity are covered in the book. People who are interested in vertical flight aircraft will find this book very useful. There are 189 illustrations present in the book. It also provides information of engineering analysis to design a rotorcraft. This book is a good reference for people pursuing aerospace engineering or an aerospace engineer.

“Aircraft Electricity and Electronics, Sixth Edition (Aviation)” Book Review: The book covers design concepts, FAA certification and aerospace. Their quality maintenance and repair techniques for aircraft and electronics systems are also mentioned in the book. It will be beneficial for designers, engineers and technicians for aerospace vehicles. Topics like Airbus A-380, Boeing 787 and fibre optic cable are present in the book. The book highlights topics such as brushless motors, frequency generators, jet electrical power systems and test equipment. Information on GPS augmentation systems, cockpit voice recorders, radar systems, flight decks and flight management are all included in the book. The book introduces fundamentals of electron theory and AC & DC systems for all aircrafts. Troubleshooting techniques and diagrams are shown in the book. The book also covers Ohm’s law, storage batteries, measuring instruments, navigation systems and weather warning systems.

“Applying Best Practices to Military Commercial-Derivative Aircraft Engine Sustainment” Book Review: The book reflects the potential for cost savings of the defence department. The federal aviation administration certified parts and repairs are included in the book.

“IR Part 66 Module 7 – Maintenance Practices: v. 1 (IR Part 66 Aircraft Maintenance Licence Distance Learning)” Book Review: This book is suitable for the current APA mechanics. Students of avionics certification can find this book very useful. Physics, maths and gas turbine engines are covered in this book.

“Maintenance Practices for Aviation Maintenance EASA Module 07 for Aircraft Maintenance” Book Review: The book covers mathematics, physics, electronic fundamentals and digital instrument systems. Aerodynamics for AMT’s, human factors and aviation legislation are included in the book. The book also highlights turbine aircraft structures, gas turbine engines and propeller systems.

“Theory and Practice of Aircraft Performance (Aerospace Series)” Book Review: This book includes the fundamentals of aircraft performance with different examples. It covers the operating costs, safety, environmental and other related systems issues. There are examples present in the book related to current aircrafts like Learjet 45, Tucano Turboprop Trainer, Advanced Jet Trainer and Airbus A320. It acts as a guide for students in aircraft performance courses.

“Advanced Control of Aircraft, Spacecraft and Rockets” Book Review: The book is introduced with the concepts of modern control theory applied to the design and analysis of general flight control systems. It provides a detailed theory of both atmospheric and space flight control systems including aircraft, rockets, entry vehicles and spacecraft. The book focuses on the synergies among the various flight control systems and their evolution. This book has an additional concept of state-of-art control system design methods including optimal, robust, multivariable, digital and nonlinear strategies. It has worked examples and end chapter exercises.

“Analysis of Aircraft Structures: An Introduction” Book Review: This book covers the fundamental theory of structural analysis. It applies to automobiles, ships and aircraft. Different methods of analysis required for engineering are present in the book. The book mainly focuses on the modern structural engineering practice. New figures, exercises and illustrations are included at the end of the book. There are finite methods of analysis also mentioned in the book.

“Mechanics of Aircraft Structures” Book Review: This book acts as a guide for senior undergraduate and first year graduate level in structural mechanics and aerospace engineering courses. The book highlights the increment of finite element codes for successful numerical results. Fracture mechanics useful in damage tolerance and durability is discussed in the book. The book includes advanced composites to help students with the advantages. It contains homework problems inside. The book explains about elasticity, torsion, bending and flexural shear and failure criterions for isotropic materials. Elastic buckling and composite laminates are described in detail.

“Turbine Aeroplane Structures and Systems EASA Module 11A for Aircraft Maintenance” Book Review: This book introduces concepts of flight and aircraft structures. It explains air conditioning pressurization, fire protection, fuel systems and avionic systems. The book highlights hydraulic power, landing gear, ice protection, pneumatic and on board maintenance systems. Modular avionics and cabin systems are also included in the book.

“Understanding Flight” Book Review: This book reflects the basics mechanics of flight. New topics like helicopter flight fundamentals and aircraft structures are included in the book. This book is helpful for pilots, engineers and students in this field. It explains the process of flying in proper terms and other illustrations. This book covers topics like design, propulsion and performance. Other topics like high-speed flight and flight testing are contained in the book. It highlights the Factoid feature in full details. Aerodynamic testing, autogyros and configurations are covered in the book.

“UNDERSTANDING AIRCRAFT STRUCTURES 4ED” Book Review: This book explains the different aircraft structures and its applications.

“Aircraft Engineering Principles” Book Review: This book is beneficial for the students of licensed A&P or aircraft maintenance engineers. This book provides a detailed overview on aircraft engineering principles. This book covers the JAR-66/ECAR-66, joint aviation and civil aviation regulation. It will act as a guide for aircraft maintenance certifying technicians and students of ab initio programmes. It helps in JAR and FAR 47. The book introduces mathematics, aerodynamics and electrical principles. Lastly, the chapter includes MCQs and questions. It mentions the airframe and propulsion (A&P) mechanics and aviation administration qualifications. Self test questions and exercises are present in the book.

“Smart Intelligent Aircraft Structures (SARISTU): Proceedings of the Final Project Conference” Book Review: This book presents research papers of EU funded SARISTU. Important topics like conformal morphing, structural health monitoring and nanocomposites are covered in the book. It includes the deformation of aerodynamic surfaces. Information on inherent de icing, erosion protection and lightning strike protection are highlighted in the book. This reduces the technical risk. The book shows the health monitoring techniques and part manufacturing level. Nanocomposites upsace from neat resin testing to full laminate testing. Achievements and developments of 64 leading entities are present in the book.

“Aircraft Materials and Processes” Book Review: This book covers different lectures of renowned authors. The book is useful for the engineers, hopmen and department employees of aircraft manufacture. New aircraft developments, structures and processes are mentioned in the book. The book highlights key topics such as titanium, high-temperature, plastics, and super-strength steels used in aircraft industries. The book focuses on the effects of heat from aerodynamics and jet engines. Latest specifications, process and materials and present in the book.

“Aircraft Basic Science” Book Review: This book is designed for the aviation technology students to help them in FAA airframe and powerplant maintenance certification. Use of composite aircraft materials and their related figures are reflected in the book. The chapters include aspects of aircraft materials, fabrication processes, maintenance tools and federal aviation regulations. The book shows honeycomb, fiberglass and carbon fiber materials. It provides information on hypersonic and tilt rotor flight aerodynamics and space reentry vehicles. Topics such as new alloys like powdered aluminum and friction stir welding are also present in the book. Different rules and regulations of ICAO are covered in the book. Systems such as NASA safety reporting system, ATA systems, electronic document retrieval and record keeping systems are highlighted in this book. The book also provides information on new alternative fuels like bio and synthetic.

“Aircraft Composite Design Handbook for Training: Basic knowledge of aircraft composite material and process” Book Review: The book explains composites as a combination of physical or chemical properties. Topics such as high temperature composite engine parts and polymer hybrids are present in the book. The book describes how composite make aircrafts and automobiles are lightweight, cost and fuel efficient and durable. Ships and buildings are made from these composites.

“Glare: History of the Development of a New Aircraft Material” Book Review: The book explains what is glare. It is a new material for aircraft structures. The book discusses that glare contains thin aluminium layers by adhesive with embedded fibres. How development of glare took place is a question which the book describes. Examples include A380 super jumbo which the book mentions. The book also includes the ups and downs of the struggle and finally their success of efforts.

“Around Glare: A New Aircraft Material in Context” Book Review: This book provides new applications of glare family of fibre metal laminates. The book introduces new technologies of the aircraft industry being conservative. Real aircraft structures are also mentioned here. The book also covers technical, historical, economic and political issues.

“Smart Materials Used for Aircraft Propeller Vibration Damping” Book Review: The book introduces the vibration of turbo-machinery blades. Piezoelectric sensors and actuators for vibration control are covered in this book. The book focuses on vibration damping techniques for UAV propellers. It describes the type and location of piezoelectric transducers. Mode shape and blade mechanical strain is described here. Different investigations and numerical simulations are highlighted in this book. It helps propeller blades to damn vibration.

“Development and Reporting of Key Performance Indicators (Kpi) – Applied to a New Development Aircraft Manufacturing Process” Book Review: This book is designed to develop and implement a model that is used to define KPI. It explains that opening figures not only judge the performance but also acts as instruments of management. Key performance indicators for PMS are present in the book. There are two methods shown in the book for management information. They are strategic driven top-down approach and experienced driven bottom-up approach. The book helps in understanding potentials and reporting KPI.

“Transforming the Aircraft Inspection Process” Book Review: The book discusses the changes of the air force’s current operating environment. The book focuses on budget initiatives for recapitalizing the growing inventory of aging aircraft. Examples like manpower billets, reserve and guard forces to reduce full time positions are present in the book. The book provides information on an initiative PBD executed by air force speciality codes. This helps in reducing huge losses.

“Visions of a Flying Machine: The Wright Brothers and the Process of Invention (Smithsonian History of Aviation Series)” Book Review: The book describes the invention of the airplane by Wright brothers and their efforts behind it. It explains how they resolved a range of technical puzzles so easily. The wind tunnel experiment of 1901 is also shown in the book. It presents actual photos, design, drawings, letters and diaries of Wright brothers. This book will be suitable for engineers, historians, enthusiasts and people interested in invention.

“Improving Air Mobility Command’s Aircraft Maintenance Recovery Team Process” Book Review: This book describes lost strategic airlift capability for AMC’s strategic airlift fleet. These two airplanes like the C-5 Galaxy and the C-17 Globemaster III are present in the book. Significance of the air mobility command’s role is covered in this book. The book highlights a system of command and control, parts and equipment. It mentions the maintenance recovery team (MRT) process to identify, troubleshoot and fix broken aircraft. This maximizes the strategic airlift availability to DoD. The book discusses AMC’s strategic role, MRT process and AMC’s historical data. It increases the efficiency of AMC’s MRT process.

“Aircraft Performance and Design” Book Review: This book describes aircraft performance techniques from first principles and applies them to real airplanes. Techniques of aircraft designs are also shown. The book covers a degree of synergism.

“Aircraft Performance” Book Review: The book covers methods to design and operate aircraft to meet performance specifications. The book includes topics like level and climbing flight, range and endurance, take-off and landing, and maneuvering flight. The book concentrates on the energy methods applied to path performance analysis. The book helps the readers to implement calculations and concepts in real life situations. Basic as well as complex problems are provided in the book for practice purposes. The book highlights aerodynamics, propulsion and inputs. Some appendices provide aerodynamic and propulsive equations and data. The book consists of basic energy concepts which are divided into vertical and horizontal approaches. The book is beneficial for upper level undergraduate and graduate students in engineering. It also acts as a reference for design engineers in both military and industrial sectors to calculate aircraft performance.

“Advanced Aircraft Flight Performance (Cambridge Aerospace Series)” Book Review: This book describes aircraft flight performance, commercial aircraft and high-performance military aircraft. The book is a discipline analysis which covers flight simulation with software validation at different levels. The book consists of topics such as geometrical configurations, configuration aerodynamics, determination of aerodynamic derivatives, weight engineering, propulsion systems, aircraft trim, flight envelopes, mission analysis, trajectory optimisation, aircraft noise, noise trajectories and analysis of environmental performance. The book features environmental performance of the aircraft, aircraft noise and carbon dioxide emissions.

“Aircraft Performance” Book Review: This book introduces flight performance analysis of air vehicles, particularly heavier than air craft. The book covers maximum speed, absolute ceiling, rate of climb, maximum range, maximum endurance, and take off run. Jet aircraft and pop driven aircraft are also included in the book. This subject acts as a guide for aircraft designers, practicing engineers, pilots, and aircraft manufacturing companies, airlines, air forces and students in the field of aeronautical engineering.

“Fighter Aircraft Performance of WW2” Book Review: This book examines fighter aircraft of the second world war. The book covers aspects of performance and aircraft details. Historical context is provided for each theory of operation. The book contains various designs of theoretical single combat to focus on strength and weakness of the machine. The book also includes a full page data card for each aircraft providing specifications for each type.

“Introduction to Aircraft Performance, Selection and Design” Book Review: This book features aircraft forces and subsystems that are level flight in vertical plane, turbojets, other flight in the vertical plane, turning flight in the horizontal plane, level flight in the vertical Plane and piston props. The book also covers topics on turboprops, turbofans, figures of merit for selection and design, effects of wind on performance, stability and control considerations. Design examples and appendixes are also included.

“Aircraft Performance and Sizing: Fundamentals of Aircraft Performance” Book Review The book is suitable for the students or experienced professional aircraft designers.: This book comprises key fundamental subjects for aerodynamic performance analysis. Topics such as basics of flight mechanics bridging, engineering and piloting perspectives, propulsion system performance attributes, practical drag prediction methods, aircraft “up and away” flight performance and aircraft mission performance are all highlighted in this book in detail. The book consists of performance based aircraft design, systems engineering principles, aircraft mass properties, aerodynamic design of transonic wings, aircraft stability, control, takeoff and landing runway performance. This book acts as a guide for undergraduate aircraft performance courses and classically trained practicing engineers.

“Aircraft Performance: Theory and Practice” Book Review: This book highlights european aircraft performance requirements and the joint aviation regulations operations rules. The book covers conditions under which european public transport aeroplanes operate. The book is important for JAA flight crew licensing syllabus and examinations for commercial and airline transport licences. The book will act as a guide for commercial pilots in their annual standardization test and to flight planners, operations staff and airport operators.

“Aircraft Instruments” Book Review: This book provides a fundamental overview on aircraft instruments. It talks about general-purpose instruments which are used in aircraft, rules and procedures governing their maintenance in detail. It provides information critical aircraft components like the Altimeter, the Airspeed Indicator, and the Heading Indicator, the Attitude Indicator (artificial horizon), Turn Coordinator, and Vertical Speed Indicator. This book is designed to focus on students, teachers, and professionals in the fields of science and technology especially aeronautics.

Book Review: This book covers all the aspects of operating principles and constructional features of instrumentation and integrated systems that are required for flight handling and aircraft navigation and also for the performance monitoring of powerplants. The book contains schematic diagrams, various photographs and appendices for easy reference. The book also stresses on the operating principles of digital computer techniques and electronic displays. Every chapter in the book contains exercises and multiple choice questions which helps the readers a lot.

Book Review: This book illustrates the design guidelines in aircraft engine component systems, airbreathing propulsion and includes basic as well as advanced treatments in engine components and systems integration. The book contains new chapters on general aviation and uninhabited aerial vehicle propulsion systems thereby discussing about electric and hybrid propulsion. The book also contains information on cycle analysis, ultra high bypass, geared turbofan engines, sustainability design, engine performance testing and instrumentation.

“Aircraft Instrumentation and Systems” Book Review: This book provides a comprehensive overview on aircraft instrumentation and systems. It covers topics like advanced flight instruments, engine instruments-power and thrust, engine fuel indicators, electronic flight instrument system, aircraft navigation system, and much more. It contains information on automatic flight control systems, airborne radar, flight management system, black box, aircraft safety and warning, electronic warfare, and others. This book is designed to focus on students, teachers, and professionals in the fields of science and technology especially aeronautics.

“Aircraft Maintenance and Repair” Book Review: This book acts as a guide for students of aviation technology to prepare for FAA airframe technician certification. This book provides a detailed overview on aircraft maintenance and repair. It contains recent advances in aviation technology which helps readers find employment as airframe and powerplant mechanics, technical, and engineering type occupations. It describes the specific aspects of aircraft materials, fabrication processes, maintenance tools and techniques, and federal aviation regulations in detail. It talks about modern aircrafts developed like the Boeing 777, the Airbus A330, modern corporate jets, and the new light aircraft. This book is designed to focus on students, teachers, and professionals in the fields of science and technology especially aeronautics.

“Aircraft Loading and Structural Layout” Book Review: This book provides a comprehensive overview on aircraft loading and structural layout. It presents a comprehensive coverage of various aspects of loading action analysis. It provides a logical extension to the conceptual design of the airframe. It talks about the basic symmetric flight envelope. It contains information on areas where structural analysis assumes a certain level of design detail. It provides a simple method for the derivation of initial structural data for input. It describes advanced analysis programs and the interpretation of the output from them.

“Aircraft Structures for Engineering Students” Book Review: This book provides a fundamental overview on aircraft structures for engineering students. Explanations of aircraft structures are highlighted in the book with elaboration. It talks about basics needed to understand aircraft structures like elasticity, structural analysis, airworthiness, and aeroelasticity. It contains numerous MATLAB exercises for enhanced understanding. It covers topics like two-dimensional problems in elasticity, torsion of solid sections, virtual work and energy methods, energy methods, matrix methods, and much more. This book is designed to focus on students, teachers, and professionals in the fields of science and technology especially aviation and aeronautics. This book acts as a guide for students pursuing engineering degrees and other related fields.

“Airport Planning and Management” Book Review: This book provides a detailed overview on airport planning and management. It covers topics like introduction to airports and airport systems, airport and airport systems: organization and administration, historical and legislative perspectives, the airfield, airspace and air traffic management, airport operations management under FAR Part 139, airport terminals and ground access, airport security, and airport financial management. It talks about the economic, political, and social role of airports, airport planning, airport capacity and delay, the future of airport management, and much more.

“Advanced Aircraft Design” Book Review: This book provides a comprehensive overview on advanced aircraft design. It describes the improvements in modern aircraft design in terms of safety, efficiency, and environmental friendliness. It talks about gas turbine engine technology, advanced materials, computational aerodynamics, advanced structural analysis, and on-board systems. It describes a fundamental vision on conceptual airplane design optimization. It talks about advanced technologies for propulsion and reducing aerodynamic drag. This book is designed to focus on students, teachers, and professionals in the fields of science and technology especially aviation and aeronautics.

“The 2016-2021 Outlook for Aircraft Maintenance, Repair, and Overhaul (MRO) Services in the United States” Book Review: This book presents aircraft maintenance, repair and overhaul services. Industry earnings and estimates are also included in the book. This book explains comparative benchmarks and statistical approach. The book covers econometric models and economic dynamics within each state. The book shows how the P.IE is divided and concentrated across cities. The book is suitable for strategic planning in business schools.

“Leveraging Information Technology for Optimal Aircraft Maintenance, Repair and Overhaul (MRO) (Woodhead Publishing in Mechanical Engineering)” Book Review: This book discusses how the IT services relate to aircraft MRO and how IT may be leveraged in future. New genres of aircraft such as A380 and B787 are introduced in the book. It is beneficial for the industry professionals and students of aviation MRO. They are provided with tools and approaches to constant development of new technologies. This book is a very good guide for IT services in aircraft engineering professionals. Practical and realistic solutions are provided in this book. The book presents a global perspective of the industry and dynamic information.

“Aircraft: Maintenance and Repair” Book Review: This book covers practical skills and foundation of learning. Aspects of aircraft maintenance, information on new materials, structures, systems and processes are mentioned in the book. This book is beneficial for the students of FAAairframe technicians certification with FAR.

“Fundamentals of Aircraft Maintenance Management” Book Review: This book explains how aircrafts are repaired, overhauled and maintained for safety of passengers and cargo. The main objective of the book is to showcase how safety cannot be achieved without a well trained and organized engineering department. Anyone of the aviation industry and people involved in aircraft maintenance companies and operators find this book very useful. Different blueprint of activities to be carried out in a plane is very well highlighted in this book.

“Budget and Spending: Navy Aircraft Overhaul Depots Could Be More Productive: LCD-75-432” Book Review: This book mentions the US government accountability office which works for congress. It investigates how the government spends taxpayers dollars. The book discusses that the GAO wants to support Congress and help the citizens of the US. It reflects how they audit, perform, analyse and report anything about the government.

“Aircraft Sustainment and Repair” Book Review: This book is designed for practitioners and researchers in aircraft sustainment, bonded aircraft joints, composites repairs and applications of cold spray to military and civil aircraft. The book covers quantitative fractography for length versus flight hour craft. Intergranular cracking and the structural significance of corrosion are mentioned in the book. It features the potential of composite repairs and SPD applications to metallic airframes. There are corrosion damage assessments in aircraft structures which are present in the book. The book includes a chapter in US developments and potential benefits of composite and SPD repairs.

“Excrescence Drag on Aircraft Skin Repairs” Book Review: This book covers the study of excrescence drag which is due to repair patches. CVG calculation method with the BVGK is included in the book. The book presents empirical charts of both flow with and without shock waves. The book explains how the tests are carried with subsonic and transonic flow. It shows the increment in boundary layer displacement thickness and higher drag magnification factor. It discusses the excrescences to reduce overall drag coefficient. There is an interaction between the shock and the excrescence in the book. There can be an increase or decrease in wave drag on the basis of location.

“Modern Aircraft Flight Control (Lecture Notes in Control and Information Sciences)” Book Review: This book introduces a model of flight dynamics. It solves the programming motion and inverse problem. The book explains control synthesis of nominal programmed control with the complete model of flight dynamics. There are no perturbations here but a normal trajectory present in the book. The book mentions decoupled subsystems and subsystem local control being synthesized. The book introduces local control for coupling. Local and global control synthesis is covered here. The book also highlights flight control, control laws with simulations.

“Flight Physics: Essentials of Aeronautical Disciplines and Technology, with Historical Notes” Book Review: This book covers the fundamentals of stability and control. It discusses passengers travelling by air. In busy areas, people do travel by plane and this has been continuing since long. The book mentions the sight of a jumbo jet and colossus. It explains the mass of hundred thousands of kilograms which actually lift off from the ground so easily.

“Principles of Control and Stability of Aircraft (Aeronautics)” Book Review: This book highlights the control and stability in aircraft. It discusses aircraft dynamics in a broader sense. New technologies of compressibility of air and deformation of aircraft structures are present in the book. There are British terms and symbols covered in this book. It will act as a guide for people interested in aeronautics, aerodynamics and the history of science.

“FLIGHT DYNAMICS PRINCIPLES: A LINEAR SYSTEMS APPROACH TO AIRCRAFT STABILITY AND CONTROL, 2ND EDITION (ELSEVIER AEROSPACE ENGINEERING SERIES)” Book Review: This book introduces concepts of aeronautical engineering and its applications. It is also useful for the people pursuing this course.

“Flightwise: Aircraft Stability and Control” Book Review: This book introduces stability, longitudinal static and dynamic stability. Concepts of directional static and dynamic stability is covered in this book. The book highlights information about accounts of aircraft flight and control. It describes the horizontal and vertical turns, pilot interface and manoeuvrability. Explanations of control configured vehicle and forward swept wing aircraft are also included here.

“Stability and Control of Aircraft Systems: Introduction to Classical Feedback Control (Aerospace Series)” Book Review: This book explains control theory by using minimal mathematics. It presents tools and analysis for testing of feedback control systems. Different engineering designs are also covered in this book. The book focuses on feedback control systems, dynamics behaviour and illustrations of figures and tables. This is beneficial for the seasoned engineer and the graduates to help them reduce problems in operational performance.

“Computer-assisted Analysis of Aircraft Performance, Stability and Control” Book Review: This book covers concepts on stability and aircraft control. It mentions figures and illustrations to help students with the analysis.

“Stability and Control of Conventional and Unconventional Aircraft Configurations” Book Review: This book mentions different configurations like tail aft and tail first configuration. Three surface, flying wing and oblique wing configurations are covered in this book. It also includes the oblique flying wing configuration.

“Aircraft Control and Simulation: Dynamics, Controls Design, and Autonomous Systems” Book Review: It is an adviser to aircraft control and simulation. It includes flight control systems, flight dynamics, aircraft modeling, and flight simulation from both classical design and modern perspectives, modeling, simulation and adaptive control of unmanned aerial vehicles with examples including relevant MATLAB calculations and FORTRAN codes, it is approachable and detailed reference which provides access to supplementary materials, including chapter problems and an instructor’s solution manual. Aircraft control combines an understanding of aerodynamics with knowledge of the physical systems of an aircraft. The ability to analyze the performance of an aircraft is important in maintaining proper control and function of the aircraft and it requires skills like explore a steadily progressing list of topics, including equations of motion and aerodynamics, classical controls, and more advanced control methods; consider detailed control design examples using computer numerical tools and simulation examples; understand control design methods as they are applied to aircraft nonlinear math models; access updated content about unmanned aircraft. It is ideal for engineers, designers involved in the development of aircraft and aerospace systems, computer-based flight simulations, undergraduate and graduate students studying mechanical and aerospace engineering.

“Aircraft Fuel Systems (AIAA Education)” Book Review: This book includes fuel products and systems. It also explains about fuel handling, fuel quantity gauging and fuel management. This is beneficial for commercial, civil and military aircraft applications. The book covers fuel system safety, fuel system design and development. The book includes contributions from industry people also. It highlights specific fuel design with examples and proper illustrations. Different subsystems of modern aircraft are also present in the book. Engineers, programme managers and application communities find this book very useful. It acts as a guide for graduate and postgraduate students of mechanical and aerospace engineering.

“Aircraft Fuel Systems: Air Force Career Field Education and Training Plan” Book Review: This book includes documents for air force customers all over the world. Air force electronic publishing and life cycle management is also mentioned in the book. The book provides many manuals and reports necessary for the process. This further explains procedures and protocols of important situations. Topics included in the book are manual of civil engineering bare base development and a guide to mobile aircraft arresting. Nuclear weapons and incident response are covered in this book.

“Direct Operating Costs of Aircraft Fuel Systems – System Architecture, Analyzing of Methods, Contribution of Components” Book Review: The book includes a fuel system architecture of a long range aircraft. This has two engines to represent the components which helps in achieving main functions from a fuel system. The book examines operation costs by price, weight, maintenance cost and power consumption. The book also covers a risk analysis tool and Monte Carlo simulation. It focuses on how to reduce costs by direct operating. The book is a good reference for aircraft, system designers and people interested in aviation.

“Aircraft Fuel Metering Systems” Book Review: This book mentions operating principles and servicing requirements. There are many overhaul techniques present in the book. It includes trouble shooting of aircraft float carburetors such as the Marvel Schebler and Bendix models. The book covers fuel injection systems with precision airmotive and teledyne continental.

“Aircraft Fuel Systems, NAVPERS” Book Review: This book introduces the fuel system and its functions. It covers tank, tubing, fuel pumps and line accessories. Principles of carburetion, kinds of gasoline with its usage is highlighted in this book. Types of carburetor such as stromberg float type carburetor and the stromberg injection carburetor are provided in this book. The book describes intake manifolds and superchargers. It also mentions turbo jet fuel systems and fuels.

“Aircraft Powerplants(Aviation)” Book Review: This book consists of details in aviation administration certificate and powerplant technicians. Topics like reciprocating piston, propeller systems and turbine engines for propulsion of aircraft are mentioned in the book. Turbine engines, control systems and ignition systems are covered in this book. The book contains fill in the blanks, key terms and mathematical relationship. MCQs are also present in the book. Different figures are illustrated. The book contains FAA regulations and new powerplant systems. It highlights lubricating systems, internal combustion engine theory and turboshaft engines. Nomenclature, troubleshooting and warning and control systems are all covered here in brief details.

“System for Assessing Aviation’s Global Emissions Sage” Book Review: The book illustrates a computer model to predict aircraft fuel burn. There are emissions of commercial flight present in the book. The book considers SAGE development. This book includes specifications of the model methods, data, and assumptions. Global inventories of fuel burn is also provided in this book. The book uses SAGE for development purposes.