Industrial Press Inc.,U.S. – förlag

In the 1950s, a method called Material Requirements Planning (or MRP) changed the world of manufacturing forever. But times have changed—customer tolerance times are shorter, product variety and complexity has increased, and supply chains have spread around the world. MRP is dramatically failing in this New Normal. Demand Driven Material Requirements Planning (DDMRP0) Version 3 presents a practical, proven, and emerging method for supply chain planning and execution that effectively brings the 1950s concept into the modern era. The foundation of DDMRP is based upon the connection between the creation, protection, and acceleration of the flow of relevant materials and information to drive returns on asset performance in the New Normal. Using an innovative multi-echelon Position, Protect and Pull approach, DDMRP helps plan and manage inventories and materials in today’s more complex supply scenarios, with attention being paid to ownership, the market, engineering, sales, and the supply base. It enables a company to decouple forecast error from supply order generation and build in line to actual market requirements, and promotes better and quicker decisions and actions at the planning and execution level. DDMRP is already in use by MAJOR Global 1000 companies. This book is THE definitive work on DDMRP, and will be required as courseware for all those taking the Certified Demand Driven Planner (CDDP) Program. NEW FEATURES IN VERSION 3 Full color, with the use in specific, consistent, and focused ways to clearly and effectively highlight planning, execution, and model reconfiguration priorities. Expanded Appendix E, looking at the most recent innovations of DDMRP. Revised graphics scattered throughout the book.

With over 70 per cent of bearing failures attributed to ineffective lubrication practices, no one involved in asset management can afford to pass up this new edition! As a clear, concise, practical introduction to the world of industrial lubrication, the second edition dispels the myths surrounding lubrication and helps users develop a keen sense and understanding of how lubrication directly and indirectly impacts machine reliability, availability, and ultimately, the bottom line. What's more, it provides readers with practical advice that will allow them to put in place a viable lubrication management program and effectively troubleshoot lubrication related problems immediately, while offering essential information required to significantly reduce equipment downtime and increase life cycle management. It is a significant source that provides vital information and practical methods not currently taught in trade apprenticeship and engineering programs. Formatted in an easy to read style, it clarifies the subject matter that is often seen as a ""black art"", by dispelling its myths.It reviews how bearing, lubricant, and lubrication system manufacturers approach the world of lubrication in different ways, and how this affects the reader. It delivers easy to understand lubricant requirement calculations that are rarely disclosed by the lubrication companies; and explains in a step-by-step process for the first time, exactly how to consistently manually lubricate a bearing. It describes how to write an effective Preventive Maintenance job task in objective language to assure consistent work completion every time; and explains how lubrication is the cornerstone of perimeter based maintenance. It illustrates to the reader why the grease gun is responsible for so many bearing failures, and how the reader can dramatically increase bearing life with just a few simple steps.

This book is based on the authors’ 100-plus years of experience as engineers and provides students with practical knowledge of what to expect as they enter the engineering field with a career in mind.  Besides students, it will also serve as a practical guide for guidance counselors and recent engineering graduates, and contains topics infrequently found in other introductory engineering texts such as mentoring, interviewing, intellectual property, and how to navigate the variety of career choices.  Every chapter contains a recommended reading list for additional information, and most chapters include problem-solving tasks that help students master the topic.·         Focuses heavily on the fields of engineering, the career opportunities in each, and the skills needed once  students are on the job.·         Designed for the introductory high school and college freshman-level course on careers in Engineering.·         There are several appendices, which include sample reports, presentations, test plans, and other examples  of skills employees will use on the job. Raymond Floyd worked as an engineer and manager at IBM for 30 years, which included programming support for NASA's Apollo Program and the Department of Defense's Anti-Ballistic Missile Program. Prior to IBM, he worked as a Senior Instructor in Philco's Computer Division. He is currently an Adjunct Professor at Northwest College in Powell, Wyoming, developing and teaching courses in engineering, mathematics, computer systems, and programming. His undergraduate and Masters degrees are from Florida Atlantic University, and his Ph.D. is from California Coast University. He is also a graduate of the IBM Systems Research Institute.    Richard Spencer worked as a Senior Human Factors Engineer at IBM for over 30 years, where he focused on product planning, development, and testing, His responsibilities included consultant work for Hughes Traffic Management Systems for the Florida Department of Transportation and the testing of Automatic Vehicle Identification Systems for airports. He was also the project manager for internal courses at IBM and wrote IBM’s guide for product development and testing.Engineering 101. Engineering Specialties. Product Development. Support Team. Military Engineering. Women in Engineering. Professional Engineer. Career Path Choices. Soft Skill Needs – Communications 101. Intellectual Property. Engineering Tools. Subjects of Interest. Sample Report Format. Sample Presentation. Sample Test Plan. Sample Test Script. Sample Market Requirements Document. Sample Engineering Specification. Standards Organizations. Sample Resume. ABET Program. Index.

An invaluable companion to the author's best selling CNC Programming Handbook, this book is a general introduction to the subject of macros (known as Custom Macros or User Macros). Its purpose is to make you aware of what macros are, how to develop them, and how to use them effectively. It also explores important related subjects and identifies several other helpful topics in this increasingly important and exciting field of CNC programming.Offers many practical do's and don'ts while covering all the popular Fanuc control systems exclusively.Provides the basis for exploring in great depth the extremely wide and richfield of programming tools that macros are.Numerous examples and sample programs are used throughout that serve as practical applications of the techniques presented and as the basis of ready-to-run macro programs.Includes a CD containing all of the sample programs.

OverviewInternational System of Units (SI) (Print On-Demand Edition) is a one-of-a-kind book. It provides detailed information on the metric system, its origin, history, and how the base and derived units were established.  The book has four chapters (Measurement Systems, the International System of Units, Metrication in the United States, and United States Metric Association), appendices, an afterword, and references. The book is principally aimed at educating students in the United States, but it will also be of interest to anyone who enjoys the popular sciences.This is a Print-On-Demand title. It has a CD-ROM companion (ISBN 978-0-8311-3466-2) for which publication has ceased.Dr. Edmund Isakov. Ph.D., has enjoyed a long and distinguished career in metalworking. He earned his Doctor of Philosophy degree in Mechanical Engineering at the V. Bakul Institute for Superhard Materials (Kiev, Ukraine). He is known for his work in research, development and applications of cuttting tools for milling, turning and boring. Dr. Isakov has authored Mechanical Properties of Work Materials and numerous articles and papers on metalcutting. He holds several U.S. patents and numerous U.S.S.R Inventor's Certificates pertaining to carbide and diamond tools. during nearly two decades at Kennametal, Inc., he became a noted authority on the technical analysis of cutting tools. Dr. Isakov is now an independent consulant and manufacturing sciences writer based in Florida. He is a senior member of SME.IntroductionChapter 1: Measurement SystemsBrief history of the English SystemBrief history of the Metric SystemChapter 2: International System of Units (SI)SI Base Units of MeasurementSI Derived Units of MeasurementChapter 3: Metrication in the United StatesBrief historyCurrent usage of the metric unitsChapter 4: United States Metric Association (USMA)USMA establishmentBrief historySummary of metric usage in the United StatesAppendix 1: Signatories to the Meter Convention (Treaty of the Meter)Appendix 2: Associate States of the CGPMAppendix 3: CGPM MeetingsAppendix 4: Prefixes for Multiples and Submultiples of the SI unitsAppendix 5: Medals awarded to scientists, after whom the units of measurement are namedAppendix 6: Standard Inductor ValuesAppendix 7: The Sixteen Bronze StatuesAppendix 8: Temperature Conversion FormulasReferencesIndex – Biographical Names

OverviewWritten for the experienced engineer as well as the student, this comprehensive reference presents the fundamental aspects of jig and fixture design in a readable manner.This is a Print-On-Demand title. It replaces ISBN 978-0-8311-0211-1.

Everything the apprentice or on-the-job professional needs to know about the intelligent and efficient operation of machine tools is here.Includes over 760 illustrations and 70 tables in two volumes.Offers sections on numerical control; grinding wheels (that includes the newest abrasive materials); single point cutting tools and tool wear; basic drilling machine setups; and formulas for estimating the power required for planing.Provides detailed discussions on methods of setting up the workpiece on milling machines, horizontal boring machines, planers and shapers.

Everything the apprentice or on-the-job professional needs to know about the intelligent and efficient operation of machine tools is here.Includes over 760 illustrations and 70 tables in two volumes.Offers sections on numerical control; grinding wheels (that includes the newest abrasive materials); single point cutting tools and tool wear; basic drilling machine setups; and formulas for estimating the power required for planing.Provides detailed discussions on methods of setting up the workpiece on milling machines, horizontal boring machines, planers and shapers.

OverviewDrawing from his 35 years experience as an instructor and technical writer in the field, the author provides instructors, students, and professionals with a wealth of welding technology in a readable and comprehensive handbook.Features Describes-in detail-the technology and manipulative procedures for making successful welds in all welding positions, types of joints and metals. Offers hundreds of hints on how to solve every on-the-job welding problem.

Concise yet comprehensive, this highly acclaimed training manual and reference provides the many phases of inspection work and their application to today's manufacturing operations through a practical down-to-earth presentation.Discusses a range of manual and automatic measuring devices along with their specific functions and the specialized functions involved in their use.Analyzes the methods and duties of inspectors.Appropriate for use by inspection supervisors, plant managers, quality control engineers and subcontractors.Includes SPC and other data analysis methods for manufacturing applications.Provides detailed discussions of available measuring and quantitative systems.Compares important measuring and gaging systems.

OverviewThis classic reference is a compilation of a series of gear-designing charts illustrating by simple diagrams and examples the solutions of practical problems relating to spur gears, straight-tooth bevel gears, spiral-bevel gears, helical gears for parallel shaft drives, helical (spiral) gears for angular drives, herringbone gears, and worm gears.

Designed for anyone involved in any type or size project, this book provides a clear, concise explanation of the basic concepts of project planning, scheduling, and control.FeaturesEnables the reader to quickly learn how to graphically illustrate all project tasks and their interrelationships, and to analyze the schedule and circumvent potential problems. Illustrates each concept with an actual example to graphically illustrate all project tasks and their relationships. Shows how to examine a schedule and circumvent potential problems. Eliminates mathematical expressions and technical examples, allowing readers to acquire the skills to effectively plan and manage any project.

The properties of fuel oils.The possibilities and limitations of each grade.Methods which can be used to assure uniform quality and efficient combustion.Fuel oil impurities and how they affect combustion.How to diagnose and solve problems.This book is a Print-on-Demand edition. It replaces ISBN 978-0-8311-0205-0.This standard reference presents a broad scope of fuel oil technology. It uses both English and Metric units throughout.

A Timeless Classic!Compact and pocket-sized, this handy reference contains thousands of facts and figures relevant to pipefitters, steamfitters-anyone concerned with layout and installation of pipe.Provides answers to all sorts of problems indigenous to power and industrial pipebending, and the fabrication of welding fittings in both shop and field.Logically categorizes all material according to job description, supporting each working table with a clear example of how to use it.  Includes a special reference section that gives instant data on the 24 most useful on-the-job subjects, such as spark tests for metals, sheet metal weights, valve types, weights and measures, and many more.Discusses all types of bends; elbows, tees, and crosses; plastic pipe; soldering and brazing; travel and run; fitting dimensions; threading pipe; relative physical properties; and more.Power and Industrial Pipe Bending Pipe Fabrications Soldering and Brazing Offset Connections Reference Data Index

Breaks down the treatment of each process into three categories: Knowledge, Application, and Development and organizes each process family based on common characteristics.Comprehensively illustrates, defines, and explains each process to provide the reader with an unequaled understanding of the process and its applications.Encourages an appreciation of the integration of design and manufacturing engineering activities that results in more practical, less expensive, and better designed products for the consumer.This item replaces 978-0-8311-3049-7. It is now a paperback/print-on-demand edition.Written by a team of educators with unmatched experience, in collaboration with a consortium of industrial representatives from Black and Decker, Boeing, Caterpillar, General Motors, Grumman, Tektronix, Texas Instruments, Westinghouse, and Xerox, Manufacturing Processes Reference Guide provides thorough descriptions of over 125 of the most important processes available to industry today. This important resource encompasses the entire spectrum of manufacturing, from ""Abrasive Jet Machining"" to ""Wire Drawing."" Used with Fundamental Principles of Manufacturing Processes, the two books provide all the information needed to identify the ideal process for a specific manufacturing requirement.""Todd, Allen, and Alting's book is intended to help integrate design and manufacturing engineering activities by providing students of engineering and designers in industry with easily accessible information about common manufacturing processes. The authors rightfully believe that the first step in designing a component is for the designer to become familiar with the processes that will be used in its manufacture. This always leads to more practical, less expensive, and better designed products. [Recommended for] upper-division undergraduate through professional.""SCIENCE AND TECHNOLOGY Magazine.

Uses basic terms to explain fixture design.Focuses on actual tooling procedures throughout.Provides a full understanding of the design and application of fixture tools and checking fixtures, welding fixtures and procedures, three-dimensional space in checking compound warped surfaces, measurement systems, and the simple mathematics required.This Print-on-Demand version replaces ISBN 978-0-8311-0207-4..This lavishly illustrated introduction to fixture design takes the reader from concept to building. It details the mechanics, materials used, commercially available components, design procedures, and economics.

Accuracy and consistency are essential to success in manufacturing, and the technology of precision measurement is fully explained and illustrated in this important book for both apprentice and practicing engineers.FeaturesProvides illustrations of the devices throughout with descriptions of how they are used in industry. Offers a vast amount of highly useful material that can be applied to virtually any imaginable measurement or calibration task.

This book is for the industrial designer interested in the applications of plastics in products and industry. It explains how different plastics are processed, and it contains extensive examples of common and unusual plastic components and products with an explanation of how they are manufactured. Every year, more products are being replaced or augmented by the same product made from plastic, and this trend has resulted in much debate about the effectiveness of plastic replacements. Today's plastics can be designed to operate in all weather conditions and chemical surroundings. They can be economically produced for short run part production or readily adapted to high quantity production, and they can be cut, glued, tapped, or machined by traditional methods to suit design needs. Explains how to choose the best processing method, what fastening or joining methods can be used, and how to use the characteristics of a plastic to judge its suitability for an application. Covers all major contemporary molding processes. Discusses, in detail, important topics such as surface finish and special effects.  The Plastics Industry - An Overview. Plastics Materials and Common Applications. Thermoplastics and Their Applications. Plastic Components Consideration. Surface Finishes. Special Effects on Plastics. Injection Molding. Extrusion Molding. Blow Molding. Other Molding Operations. Secondary Operations. Die and Mold Considerations. Drafting Plastics Components. Index.

Written for engineers, operators, and maintenance technicians in the power generation, oil, chemical, paper and other processing industries, The Valve Primer provides a basic knowledge of valve types and designs, materials used to make valves, where various designs should and should not be used, factors to consider in specifying a valve for a specific application, how to calculate flow through valves, and valve maintenance and repair. If you are involved in valve selection, specification, procurement, inspection, troubleshooting or repair, you will find a wealth of information in The Valve Primer. Presents information on a wide variety of valves and explains the operational basics of the thousands of valves that are found in power stations, refineries, plants and mills throughout the world.Includes over fifty illustrations depicting various valve types and how they operate.Contains valuable information the cannot be found in any other single source.  IntroductionGate ValvesGlobe ValvesCheck ValvesButterfly ValvesBall ValvesPlug ValvesDiaphragm ValvesMaterialsSizes, Classes, and RatingsFluid Flow Through ValvesValve Operators and ActuatorsControl Valves and Pressure Relief ValvesSelectionMaintenance and RepairMiscellaneous TopicsStandardsGlossary

From the ability to understand and use shop mathematics to the reading and interpreting of shop drawings, the editor's intent is to provide the information and know-how that students will need as they prepare themselves for jobs in metalworking industries. It includes material taken from Machinery's Handbook and other authoritative sources and is presented in as clear, accurate, and easy-to-follow form as possible. The reader will find a wide range of useful formulas and data together with extensive text. As a proven and affordable handbook covering those critical areas of interest commonly encountered by machinists, toolmakers, diemakers, drafters, and other shop and manufacturing personnel, it is an essential reference for students in vocational schools, technical institutes, and apprenticeship courses. Discusses those aspects of applied mathematics needed on the job and covers the proper use of measuring instruments and methods.Outlines the standard methods of presentation and the conventions used in preparing engineering drawings.Offers detailed information on inch and metric standard tolerances, allowances, limits and fits, preferred numbers and sizes, as well as in-depth descriptions of the sizes, forms, dimensions of standard machine elements commonly encountered in and around the shop.Provides machining methods and materials selection, recommended speeds and feeds for various kinds of machining operations on different materials, and the types and compositions of metals commonly used in machine construction.Includes an extensive index that will enable the user to quickly and conveniently find the information and data that he or she requires.  Conversion FactorsMathematicsEngineering DrawingsInspectionAllowances and Tolerances for FitsPinsStandard TapersKeys and KeyseatsScrew Thread SystemsCommon HardwareGears and GearingIndexing  Cutting Speeds and FeedsCutting ToolsTool WearCutting Fluids for MachiningMachining Nonferrous MetalsMaterialsHardness TestingIndex

The most authoritative text for technical mathematics is now better than ever! Completely revised and updated, this new edition of a classic best seller provides the algebraic, geometric, and trigonometric concepts essential to solving problems commonly encountered in technical and trade occupations. Technical Shop Mathematics begins with a review of arithmetic followed by elements of measurement, algebra, graphing, geometry, and introductory trigonometry. Clearly written practical explanations, problem solving techniques, examples, and exercises are provided throughout with emphasis placed on applications—making it an ideal textbook for lecture courses or a resource for guided self-paced study. It has become a standard on-the-job reference for shop professionals.  Contains a larger, easier to read two-color format with improved flow between topics.Provides clear explanations that build on the strengths which have made this book a standard for more than 25 years.Includes an introduction to Statistics which is needed for many technical trades and not offered in most similar texts.Presents sufficient material for a very full one-semester course or for two standard lecture courses.The Language of MathematicsSigned Number OperationsCommon FractionsDecimal FractionsOperations with PercentsExponents: Powers and RootsMeasurementAlgebraic ExpressionsSolving Equations and Inequalities in XGraphing Linear EquationsTransforming and Solving Shop FormulasRatio and ProportionOperations on PolynomialsSolving Quadratic EquationsLines, Angles, Polygons, and SolidsPerimeter, Area, and VolumeAxioms, Postulates, and TheoremsTrianglesThe CircleTrigonometry FundamentalsOblique Angle TrigonometryShop TrigonometryAppendixAnswers to Selected ExercisesIndex

Written in a clear, understandable style, this new edition of Vibration Spectrum Analysis includes valuable information on using the latest techniques of spectrum analysis in solving problems and enhancing machine reliability. Vibration analysts, predictive maintenance specialists, and field mechanics will find it to be a key reference. A book good for both engineers and non-engineers alike.    Offers new information on current instrumentation as well as additional appendixes, case histories and practice questions.Explains how to use instrumentation to monitor and interpret vibration signature.Provides information needed to identify potential problems before they cause machine failure.Emphasizes practical matters of developing an intuitive understanding of the nature of vibration, giving the reader the ability to attack any problem with a good chance of success.The Basics The Fast Fourier Transformation Spectrum Analyzer-How it WorksTransducers for Vibration Measurement Elementary Problem DiagnosisDual-Channel Spectrum AnalysisPeriodic-Condition MonitoringHardware and SoftwareAdvanced Analyzer FunctionsMore Advanced Analyzer Functions Appendices: Reading Special Plots Pulse Theory Torsional Vibration Condition Monitoring of Reciprocating Equipment Balancing Paper Machine Speed-Ups Motor and Generator Vibration Data Collectors Spectrum Analyzer Operational Verification Procedures Oil AnalysisAdditional QuestionsIndex

Overview   This effective manual conveniently gathers together the necessary information required for solving a majority of gear problems.  Features   The first section contains tables and information on calculating gear rations, as well as tables of factors and involute functions. The second section covers subjects on spur and internal gears, while section three focuses on information pertaining to helical and spiral gears.

Retaining its unique and much praised organization, this leading text has been revised to reflect the most recent developments in design tools. It provides balanced coverage of relevant fundamentals and real-world practices so that students, apprentices and on-the-job professionals can understand the important and often complex interrelationships between die design and the economic factors involved in manufacturing sheet-metal forming products. Following introductory material and a discussion of 20 types of dies in Chapter 2, the design process of a representative die is separated into seventeen distinct chapters. Each chapter is one step which is illustrated in two ways; first, as a portion of an engineering drawing, that is, as the component is actually drawn on the design. Second, the die design is shown pictorially in order to improve the user’s visualization. In successive sections each step is detailed as it is applied to the design of the various types of dies listed in Chapter 2.   Includes English and Metric systems.Covers new methods of producing blanks, such as waterjet cutting and laser cutting.Contains a glossary of terms for the first time.Illustrates each step in pictorial view and as a portion of an engineering drawing.Offers a completely revised chapter on presses and quick die-changing systems and includes the addition of “Quick Die Change Systems".Introduction to Die Design Classifications and Types of Dies The Material Strips The Blank Fourteen Steps to Design a Die How to Lay Out a Scrap Strip How to Design Die Blocks How to Design Blanking Punches How to Design Piercing Punches How to Design Punch Plates How to Design Pilots How to Design Gages How to Design Finger Stops How to Design Automatic Stops How to Design Strippers How to Apply Fasteners How to Select a Die Set Dimensions and Notes The Bill of Material Presses and Quick Die-Changing SystemsGlossaryIndex

Includes expanded chapters on numerical control and computerized operations.Contains additional speeds and feeds tables, general troubleshooting concepts, and a basic review of relevant computer terms and applications.Emphasizes the hands-on concept of developing and refining skills, along with knowledge of metals and machining processes by means of application.Offers tips on checking material hardness, ensuring that temperature variations won't put parts out of tolerance.Reviews and presents metals and heat-treating with emphasis on aspects most important to machining.Presents checklists containing considerations involved, the steps and functions required, and the most appropriate sequences.Includes a checklist of stock and the steps involved, along with a review of both basic machining steps and the axes and other factors pertinent to N/C control and operation needed to complete the program.A comprehensive, yet easy-to-use “memory jog” for experienced machinists, as well as a reference for programmers and anyone else with an interest in machining processes.Measurement StandardsCut-offTurning and the Lathe: Definition and HistoryThe Milling MachineSensitive, Gear-Head, and Radial Drill PressesGrindingSteels, Alloys, and Other MaterialsNumerical Control and CNCCost Per Cut in the Computer AgeIndex

Written by a recognized expert in the industry, Maintenance Management and Regulatory Compliance Strategies is a unique reference designed to create an awareness as to how important an effective maintenance management strategy is to supporting the regulatory requirements faced by each company today. It highlights the regulatory agencies and their requirements in the context of how they impact the maintenance management function within a company. It begins with an overview of a comprehensive maintenance strategy and in subsequent chapters it examines each of the main regulatory agencies and their requirements for the maintenance function within a company. Anyone in the industry responsible for maintenance programs and those responsible for regulatory compliance issues for their companies will benefit from this guide. Focuses on the main compliance programs—OSHA, Process Safety Management, EPA, FDA and ISO-9000.Provides numerous examples to highlight the complexity of the standards and the integration that must occur between the standards and maintenance to insure compliance.  Details the penalties that have been assessed companies who have not maintained compliance, allowing a company to understand the impact of non-compliance with the standards.A logical organization makes it easy to find regulatory compliance programs by: a topical outline (by regulation), an impact outline (how they affect maintenance) and a violations section that allows companies to see the cost of non-compliance.Introduction to Maintenance Management Preventive Maintenance Inventory and Purchasing Work OrdersCMMSTraining and Skills Development Operation Involvement Reliability Centered Maintenance Maintenance Management and Regulatory Compliance Appendix A – C Index

An expert in his field, Jerry Arnold provides invaluable lessons learned from decades of trial and error as a die maker, die designer, and die engineer. Written in an easy-to-read manner and heavily illustrated, Die Makers Handbook is the only book of its kind expressly intended to help avoid the pitfalls associated with stamping designs, die designs, and stamping die function. This compact and practical reference has been edited by a half-dozen die makers with nearly 200 years of combined experience. The Die Makers Handbook is a must-have for your toolbox, desk, or briefcase. Developed from more than 30 years of practical shop-learned information. Chock full of all the stamping design pitfalls you don't need.Includes a full chapter on exotic measuring methods, providing unique aids and hard-to-find-data.Devotes an entire chapter of illustrated step-by-step process for designing progressive dies.Especially designed for apprentices, young journeymen, and students of die design.What A Die Can or Cannot Control Formulas for Stamping DiesBasic Die Component Function & Design Techniques for Shop Sketching Die Designs Die Makers Data & Miscellaneous Information Index

Written by three experienced educators and practitioners, Machine Tool Technology Basics is sure to be a useful tool for anyone needing to learn about today's machine tool trade. Logically organized in three sections, it begins with basic metal-removal operations of conventional machines, progresses to CNC machines, and finishes with CAD/CAM. Easy to understand and use, this practical reference keeps operations brief and highlights related information that is not part of the operation. What's more, you will find practical examples on basic operations and discussions on CNC programming and CAD/CAM designing in an easy-to-follow point form. Beginning machine trades students, industrial machine tool training, and practitioners who wish to review topics that they have not used for some time will come to rely on this information-packed guide.Begins each section with a new Section opener collage and includes an introduction, learning objectives, key terms summary, and knowledge review questions.Highlights safety precautions throughout, making them stand out from the text and more visible.Covers 14 key operations, in various sections, using Visutext format where each major step of an operation is illustrated, labeled and explained with minimum text.Includes the latest direct ironmaking and direct steelmaking processes and mini mills.Contains five Modern Technology overviews for some sections that give a brief history of the topic and a look at advanced and future developments.Introduces conventional/programmable lathes, vertical mills, and surface grinders, making the reader aware of the step between conventional and CNC machines.Lists at the start of each programming exercise any codes being used for the first time and their function.Contains a comprehensive machine tool glossary.Offers an overview of Virtual Reality NC.Shows students--in a careers section--the many exciting and rewarding opportunities available in metalworking and manufacturing.

Written primarily for those responsible for the reliability of equipment and the production operation, this innovative book centers on developing and measuring true Overall Equipment Effectiveness (OEE). The author demonstrates that true OEE correlates with factory output, provides a methodology to link OEE with net profits that can be used by reliability managers to build solid business cases for improvement projects, and draws on his own experience by presenting successful improvement applications in every chapter. Additionally, it will also help practitioners better understand Total Productive Maintenance (TPM) and develop an effective foundation to support Reliability-Centered Maintenance (RCM). Develops a minimum set of definitions, a practice application, including three methods of computation, and reconciliation of OEE and various losses.Provides the platform and reasons for maintenance and production to work synergistically.Helps to identify the “hidden factory” that exists within the current system in order to begin leveraging its' potential into real bottom line results.Integrates the famous “Theory of Constraints” aspects into an easy to understand shutdown strategy example.Contains many practical examples throughout to illustrate techniques and methods in a way everyone can easily understand.Understanding the Power of Overall Equipment Effectiveness (OEE) Learning the Basics of OEE Metrics The Financial Aspects of OEE People Expectations The Value Fulcrum, Understanding Priority Setting/Focus Win-Win Maintenance/Equipment Shutdown Strategies Reliability, Availability, Maintainability/System Performance Analysis (RAM/SPA) A General Tool for Acceptance Testing