Mechanical and Automotive Engineering \ 1-1
Energy is the ability of a body or a system to produce activity outside of itself. With another definition, it is the production of work and heat by an object or system. Energy and energy resources have been the main key to developments in the world, have determined the fate of countries and caused wars and continue to be. The history of energy, which is an inseparable element of nature and the universe, is in a way as old as the history of humanity.
Energy and energy use are at the forefront of the determining factors of a country's economic, cultural and social development. Energy and energy resources; They are the most important inputs in the source of life of societies and at every stage of life.
In the world; With population growth, industrialization and urbanization, the demand for natural resources and energy is gradually increasing due to the increasing trade and production opportunities as a result of globalization.
In this book, the basic principles of alternative energy sources such as sun, wind, hydrogen, natural gas, LPG, biomass energy, vegetable oils, biofuels-biomethanol, biodiesel and bioethanol, boron energy are given. It is aimed that this book will be a reference source for our students, especially in related courses involving energy, fuels and alternative energy sources at our universities.
Energy and energy use are at the forefront of the determining factors of a country's economic, cultural and social development. Energy and energy resources; They are the most important inputs in the source of life of societies and at every stage of life.
In the world; With population growth, industrialization and urbanization, the demand for natural resources and energy is gradually increasing due to the increasing trade and production opportunities as a result of globalization.
In this book, the basic principles of alternative energy sources such as sun, wind, hydrogen, natural gas, LPG, biomass energy, vegetable oils, biofuels-biomethanol, biodiesel and bioethanol, boron energy are given. It is aimed that this book will be a reference source for our students, especially in related courses involving energy, fuels and alternative energy sources at our universities.
The information about alternative energy sources, which are gaining importance day by day, is in a process of constant change and renewal. In this book, it is aimed to bring together the current information obtained from more than three hundred and fifty domestic and foreign sources for alternative energy sources and bring them together with the reader. In the following sections of the book, which starts with the presentation of information and definitions about energy and energy resources; The basic concepts and principles of solar energy, wind energy, hydroelectric energy, biomass energy and geothermal energy, which are among alternative energy sources, are included. The chapters in the book contain a rich content about alternative energy sources, as well as a list of achievements and chapter evaluation questions. The book can be used as a source book by academicians, teachers and related researchers.
In parallel with the developments in computer technology, various software programs (design) are emerging. Software programs not only provide convenience to designers, but also allow them to realize their designs in a realistic way. Today, design needs of engineering, architecture, industrial fields, automotive, aerospace, robotic technologies, electricity, machinery, construction, furniture and projecting processes of many professions are made by using Computer Aided Design (CAD) programs. AutoCAD program is the most widely used CAD software in the world.
The book has been prepared according to AutoCAD 2020, the latest version of the AutoCAD program, and all innovations have been tried to be discussed. The computer aided design courses taught in faculties and colleges have been designed in a simplified way according to the curriculum, and many sample studies have been included.
The book has been prepared according to AutoCAD 2020, the latest version of the AutoCAD program, and all innovations have been tried to be discussed. The computer aided design courses taught in faculties and colleges have been designed in a simplified way according to the curriculum, and many sample studies have been included.
The application of basic principles in the simple and logical solution of engineering problems is the main subject of the strength course. Plenty of sample solutions are included to help you understand the principles. The answers to the odd-numbered problems are at the end of the book. In this book, which was published in the fifth edition; strain, torsion, bending, composite beams, stress and strain transformations are explained. Inclination and deflection calculation methods, stress concentration and buckling are covered. An introduction is made to the Finite Element Method, which is widely used today in stress analysis.
Book; it consists of nine sections under the titles of Control Circuits, Simatic S7-200 Control Unit, Basic Control Applications, Design and Implementation, Program Control Operations, Numerical Operations, Real Time Operations, Interrupted Operation and Questions. In the book, it is shown how the mathematical expressions obtained for the design of a control system are realized with the Simatic S7-200 family PLC using standard (IEC 61131) PLC languages (such as LAD, FBD). However, since the expression of the obtained logic functions in standard PLC languages is the same, it is also valid for PLC models of other companies that can be programmed with all standard PLC languages. Many examples in the book can be easily adapted and applied to other PLC models with simple editing.
This book, titled Ship Diesel Engines, Failures and Causes, is the first and only work published in Turkey in terms of the subjects and details it covers.
The other book with close qualifications in this field is, as can be clearly seen from the bibliography; Prepared by the US Navy in 1946, later Dz.K.K. It is a work translated into Turkish by.
The photos in the book show diesel engine failures that the author personally researched. In order to reveal the characteristic features of the malfunctions, the photographs in the content were printed in color.
The topics covered in the book are the classification of diesel engine malfunctions, the possible causes of malfunctions to be examined in summary titles, the first start system malfunctions, the air intake system malfunctions, the exhaust system malfunctions.
In its current form, this work will be useful to shipbuilding and ship machinery engineers, ship machinery management engineers, mechanical engineers, and mechanical personnel on civil and military ships during their professional work.
The other book with close qualifications in this field is, as can be clearly seen from the bibliography; Prepared by the US Navy in 1946, later Dz.K.K. It is a work translated into Turkish by.
The photos in the book show diesel engine failures that the author personally researched. In order to reveal the characteristic features of the malfunctions, the photographs in the content were printed in color.
The topics covered in the book are the classification of diesel engine malfunctions, the possible causes of malfunctions to be examined in summary titles, the first start system malfunctions, the air intake system malfunctions, the exhaust system malfunctions.
In its current form, this work will be useful to shipbuilding and ship machinery engineers, ship machinery management engineers, mechanical engineers, and mechanical personnel on civil and military ships during their professional work.
This book has been prepared for Mechanical Engineering undergraduate students to use in their "Mechanical Installation" courses. It also has content that can help mechanical engineers in "Mechanical Installation" applications.
In the book; Information is given in the branches of heating, cooling, ventilation and air conditioning systems of the mechanical installation, and how to make the calculations in the related installation projects is explained with examples.
The book has been designed as a textbook for a one-semester course and has been prepared assuming that students have knowledge in thermodynamics, fluid mechanics and heat transfer.
In the book; Information is given in the branches of heating, cooling, ventilation and air conditioning systems of the mechanical installation, and how to make the calculations in the related installation projects is explained with examples.
The book has been designed as a textbook for a one-semester course and has been prepared assuming that students have knowledge in thermodynamics, fluid mechanics and heat transfer.
Our Welding Technology book consists of 10 chapters. In the first part, the definition and classification of the welding process, the formation of the welding arc and the factors affecting the arc; In the second part, welding machines and their characteristics are examined; Types of fusion welding and gas metal arc welding in the 3rd chapter; In section 4, hot pressure welding, cold pressure welding and friction stir welding; In chapter 5, special welding methods are discussed; In chapter 6, heat treatments applied to materials before and after welding; In chapter 7, information on welding stainless steels, aluminum, copper, titanium, magnesium, cast irons; In chapter 8, classification and properties of welding electrodes are explained; In chapter 9, welding defects and in chapter 10, destructive and non-destructive testing of welded materials are explained.
We hope that this book will contribute to our university students, engineers and industrialists.
We hope that this book will contribute to our university students, engineers and industrialists.
Machine Knowledge; it meets with its readers again with some changes and additions. The book is equipped with simple and practical information that can be easily used by those interested in technology and engineering. Machine Information offers both construction information, presentation of various machines and simple calculations.
Fasteners, Shaft and Hub Connections, Shafts and Axles, Bearings, Springs, Couplings, Gear Wheels, Belt-Pulley Mechanisms, Machinery Definitions, Elevators, Screw Conveyors, Forklifts, Air Line Transmission Machines, Robots, Medical Devices, Concrete Conveying Machines Topics such as Dozers and Dozers are covered at the introductory level.
Fasteners, Shaft and Hub Connections, Shafts and Axles, Bearings, Springs, Couplings, Gear Wheels, Belt-Pulley Mechanisms, Machinery Definitions, Elevators, Screw Conveyors, Forklifts, Air Line Transmission Machines, Robots, Medical Devices, Concrete Conveying Machines Topics such as Dozers and Dozers are covered at the introductory level.
The Machine Elements book consists of theory, construction and problems. In addition to this comprehensive content, the whole book consists of fifteen chapters. In these fifteen chapters, basic information, Insoluble and solvable fasteners, Wedges, shaft and hub fasteners, Carriage and supporting elements, Energy accumulation, connection and power and energy transmission elements, as well as Geometry of gear wheels, Spur gear machines and problems. sections are included. In addition to this division of the book, some tables are also presented to be used in the preparation of the project. Study; It has been prepared as a resource that can be easily used in all subjects in the field of machine elements in associate, undergraduate, graduate education and professional life for the benefit of both students, those working in the field of mechanical technology and mechanical engineers.
This book has been prepared as a textbook for the Mechanism Technique and Machine Dynamics or a combination of them, Machine Theory courses given in mechanical engineering education.
As a reference source in the field of Machine Theory, which is one of the basic formation fields of mechanical engineering, with its self-sufficient content and tidy structure ranging from mechanism systematics, kinematics and design to the general and major special problems of machine dynamics and the basic mechanical principles that form the basis for them, it is in the library of all mechanical engineers. It is also convenient to be located.
In the book, all the problems in the field of Machine Theory are handled with the analytical/numerical methods required by modern computer aided engineering, and the subjects are tried to be made easy to understand with 127 figures, 17 tables and 64 solution problems chosen for the purpose.
As a reference source in the field of Machine Theory, which is one of the basic formation fields of mechanical engineering, with its self-sufficient content and tidy structure ranging from mechanism systematics, kinematics and design to the general and major special problems of machine dynamics and the basic mechanical principles that form the basis for them, it is in the library of all mechanical engineers. It is also convenient to be located.
In the book, all the problems in the field of Machine Theory are handled with the analytical/numerical methods required by modern computer aided engineering, and the subjects are tried to be made easy to understand with 127 figures, 17 tables and 64 solution problems chosen for the purpose.
Machine dynamics is one of the fundamental subjects in mechanical engineering education. The number of Turkish resources in the field of machine dynamics is not at the desired level compared to many other fields of mechanical engineering. This book has been written in order to create an additional reference book for mechanical engineering students, alongside other books on mechanical dynamics that have been published so far. During machine design, it is necessary to know the dynamic forces acting on the components that make up the machine while the machine is running.
Machine Dynamics with Theory and Problems provides basic information that engineering students may need to calculate dynamic forces acting on moving machine elements. The book covers static force analysis, kinematic analysis and dynamic force analysis in mechanisms, as well as vibrations of single degree of freedom systems, balancing of mechanisms and rigid rotors, flywheel design, swaying in shafts.
Machine Dynamics with Theory and Problems provides basic information that engineering students may need to calculate dynamic forces acting on moving machine elements. The book covers static force analysis, kinematic analysis and dynamic force analysis in mechanisms, as well as vibrations of single degree of freedom systems, balancing of mechanisms and rigid rotors, flywheel design, swaying in shafts.
In the calculation of machine elements and mechanisms, which are design elements in machine design, stresses, strains and operating frequencies must be within safe zones. Different calculation methods and different hypotheses are used in the calculation of these three cases, and by this means, the shaping and control calculations of the elements are carried out. With a similar approach, this book includes theoretical explanations used in calculations and sample problem solutions with these explanations. In this first volume of the book, which was organized in two volumes, the calculations of general strength calculations, connecting parts and motion transmission (transmission) parts, subject explanations, tables and factors used in problem solving, and sample problems were tried to be provided one after the other, and it was tried to provide integrity, especially different approaches in subject expression, Different indices and units were used and their applications were made in problem solving. In addition, examples of life analyzes of machine parts are also included. We hope that our book will be useful to students in machine elements, which is the basic course of mechanical engineering.
This book contains all the manufacturing information that can be done with CNC turning and milling machines using MasterCam 2022 software. The book also provides an in-depth look at the part design and manufacturing processes, and will enable learners to engage in a particular skill set with the exercises in each chapter. In addition, it will be able to produce 2D and 3D toolpaths based on the part design and easily upload the NC codes of these toolpaths to the CNC machines. Innovative designs will turn into extremely important works after these codes are loaded on the relevant workbench and necessary adjustments are made.
Mastercam 2022 software; is CAD/CAM software designed for innovation, streamlined precision and efficiency in manufacturing. The program offers a long list of broad-based improvements across the entire product line, as opposed to deliberate emphasis on a particular product or user product. Mastercam 2022 is used by more people than any other CAM software to make better parts faster. Program users create the world's most powerful CAD/CAM community, enabling product development, machining innovation and manufacturing advances on a global scale.
Mastercam 2022 software; is CAD/CAM software designed for innovation, streamlined precision and efficiency in manufacturing. The program offers a long list of broad-based improvements across the entire product line, as opposed to deliberate emphasis on a particular product or user product. Mastercam 2022 is used by more people than any other CAM software to make better parts faster. Program users create the world's most powerful CAD/CAM community, enabling product development, machining innovation and manufacturing advances on a global scale.
This book was basically prepared as a textbook for the Mechanical Vibrations course, which is given in undergraduate engineering education.
However, its framework is not limited to the possible scope of such a course, but is drawn to include relatively advanced topics of vibration science that should be included under the Discrete Linear Systems heading. Thus, it is aimed that the book will appeal not only to students, but also to engineers and scientists.
The subjects of Continuous and Nonlinear Systems left out of this book are left to a second book to complement this book.
The book was tried to be made easy to understand with 113 figures, 13 tables and 90 solved problems selected for the purpose, and the reader was given the opportunity to test himself with 27 unsolved problems with certain answers.
However, its framework is not limited to the possible scope of such a course, but is drawn to include relatively advanced topics of vibration science that should be included under the Discrete Linear Systems heading. Thus, it is aimed that the book will appeal not only to students, but also to engineers and scientists.
The subjects of Continuous and Nonlinear Systems left out of this book are left to a second book to complement this book.
The book was tried to be made easy to understand with 113 figures, 13 tables and 90 solved problems selected for the purpose, and the reader was given the opportunity to test himself with 27 unsolved problems with certain answers.
In this book; technical information is given on machinery, mechanics, mechatronics, materials, manufacturing, electricity and electronics. It can be considered as a technical manual. The problems have been prepared in an original way. Using and converting units is very helpful. Technology cannot correct calculation errors as much as the human mind! While doing a job, hit the brake and stop where you can't understand. Use your mind, ask someone who knows, read this book… Technical works do not make mistakes! Technical personnel who can read and solve problems are very valuable. This is a practice book. It will be very useful for you in technical matters.
In this book; The mathematical models used for the design, analysis, simulation and control of industrial robots are discussed. Analytical methods applied in modeling serial manipulators defined by open kinematic chains are presented from an engineering point of view. Analytical modeling methods; It is introduced under the headings of geometry, kinematics, static and dynamics, with a systematic approach that is easy to program. Detailed application examples are given for serial manipulator structures commonly encountered in industrial robots.
Book; It has been prepared as a basic resource that can be followed in robotics courses given in undergraduate and graduate programs in engineering departments of universities such as Machinery, Electric-electronics, Mechatronics, Control and Computer. The book can also be considered as a reference resource for engineers and researchers working on robot design, analysis and implementation.
Book; It has been prepared as a basic resource that can be followed in robotics courses given in undergraduate and graduate programs in engineering departments of universities such as Machinery, Electric-electronics, Mechatronics, Control and Computer. The book can also be considered as a reference resource for engineers and researchers working on robot design, analysis and implementation.
This work is a study that examines the topics of the Static course taught in the Engineering Faculties of our Universities in detail and has a integrity within itself. The topics in the book are given in a way that all students new to the University can easily understand.
All the figures in the book have been drawn in colour, in three dimensions and to scale so that the readers can better understand the subjects studied and follow them with interest. Each subject has been given with all the details, and the solved problems related to the subject have been explained in detail. After giving the solved problems related to each subject, a sufficient number of problems to be solved were added at the end of the subject together with the answers.
All the figures in the book have been drawn in colour, in three dimensions and to scale so that the readers can better understand the subjects studied and follow them with interest. Each subject has been given with all the details, and the solved problems related to the subject have been explained in detail. After giving the solved problems related to each subject, a sufficient number of problems to be solved were added at the end of the subject together with the answers.
Motor vehicles are complex machines made with the contributions of many people working in the fields of science and engineering. Vehicles are indispensable tools that have an important place in our daily lives as users or beneficiaries.
The purpose of the Vehicle Mechanics book is to enable the students who are studying at the undergraduate level about automotive, which is the target audience, to recognize and analyze these vehicles, and to create an infrastructure for their design and professional life.
Some of the topics in the book are: Forces acting on the vehicle, engine and transmission (clutch, gearbox, propeller shaft, differential and rear bridge) characteristics, wheel and tire mechanics, vehicle aerodynamics, uphill and acceleration resistances, forces in linear vehicle motion, braking performance and brakes, suspension system, chassis and bodywork, vehicle handling characteristics and steering system, driving characteristics.
SI units are used in the book, and care has been taken to use common symbols. In order to reinforce the understanding of the theoretical explanations, a sufficient number of sample problems were solved, and at the end of the chapters, study questions and problems were given for the students.
The purpose of the Vehicle Mechanics book is to enable the students who are studying at the undergraduate level about automotive, which is the target audience, to recognize and analyze these vehicles, and to create an infrastructure for their design and professional life.
Some of the topics in the book are: Forces acting on the vehicle, engine and transmission (clutch, gearbox, propeller shaft, differential and rear bridge) characteristics, wheel and tire mechanics, vehicle aerodynamics, uphill and acceleration resistances, forces in linear vehicle motion, braking performance and brakes, suspension system, chassis and bodywork, vehicle handling characteristics and steering system, driving characteristics.
SI units are used in the book, and care has been taken to use common symbols. In order to reinforce the understanding of the theoretical explanations, a sufficient number of sample problems were solved, and at the end of the chapters, study questions and problems were given for the students.
Thermodynamics, which is one of the basic engineering sciences, is given in the work within the framework of logical order, since its subjects are settled. The titles in the work that will benefit students who receive technical sciences and engineering education at associate and undergraduate level are listed as follows:
Basic thermodynamic concepts and definitions, properties of pure matter, ideal gas and ideal gas laws, first law of thermodynamics, second law and entropy, basic processes, theoretical and real cycles of four and two-stroke engines, theoretical and real cycles of gas turbines, aviation gas turbines, steam power cycles, refrigeration and heat pump cycles, fuels and combustion.
In the book, the subjects are handled in a very concise manner; laws, procedures and practices are discussed in an easy-to-understand manner without going into details. SI units are used in the book, and many sample problems are included in each chapter to help understanding the topics and principles. A sufficient number of study problems are added at the end of the chapters and their answers are given at the end of the problems. In the appendices, there are various charts used in solving the problems in the book.
Basic thermodynamic concepts and definitions, properties of pure matter, ideal gas and ideal gas laws, first law of thermodynamics, second law and entropy, basic processes, theoretical and real cycles of four and two-stroke engines, theoretical and real cycles of gas turbines, aviation gas turbines, steam power cycles, refrigeration and heat pump cycles, fuels and combustion.
In the book, the subjects are handled in a very concise manner; laws, procedures and practices are discussed in an easy-to-understand manner without going into details. SI units are used in the book, and many sample problems are included in each chapter to help understanding the topics and principles. A sufficient number of study problems are added at the end of the chapters and their answers are given at the end of the problems. In the appendices, there are various charts used in solving the problems in the book.
The primary objective of the text is to help students in Mechanical Engineering curricula develop an orderly approach in understanding the obscure concepts such as the energy and the exergy of a system. In doing so, a total of two hundred illustrative solved problems are provided, and five hundred and fifty unsolved problems with engineering emphasis are contained in the text. In addition, each chapter contains True-False and a Multiple Choice Test sections. Both of these tests are aimed for self-check of student's weakness or strength on the highlights of the related chapter.
The material has been selected carefully to include a broad range of topics suitable for two-semester engineering thermodynamics course at the junior level, and has been organized around such a way that the conservation of mass, energy, and the non-conservation of exergy are covered in sequence in Chapters 3, 4, and 5. Especially in Chapters 6, 7, 8, and 9 open-ended type design problems are included. Students could be assigned to work in teams to solve these problems. Design problems encourage the students to spend more time exploring applications of thermodynamic principles to devices and flow systems.
Special care has been given to illustrations of both the main text and of the problem section, and if necessary, figures in color are used for making the subject more understandable. Further facilitate comprehension of the subject, especially for students taking an elementary thermodynamics course in engineering curricula for the first time, systems like flow machines or heat exchangers have been illustrated with their essential components without going into unnecessary complexity.
The material has been selected carefully to include a broad range of topics suitable for two-semester engineering thermodynamics course at the junior level, and has been organized around such a way that the conservation of mass, energy, and the non-conservation of exergy are covered in sequence in Chapters 3, 4, and 5. Especially in Chapters 6, 7, 8, and 9 open-ended type design problems are included. Students could be assigned to work in teams to solve these problems. Design problems encourage the students to spend more time exploring applications of thermodynamic principles to devices and flow systems.
Special care has been given to illustrations of both the main text and of the problem section, and if necessary, figures in color are used for making the subject more understandable. Further facilitate comprehension of the subject, especially for students taking an elementary thermodynamics course in engineering curricula for the first time, systems like flow machines or heat exchangers have been illustrated with their essential components without going into unnecessary complexity.