CIRP encyclopedia of production engineering / The International Academy for Production Engineering; Luc Laperrière, Gunther Reinhart, editors.
"The CIRP Encyclopedia covers the state-of-art of advanced technologies, methods and models for production, production engineering and logistics. While the technological and operational aspects are in the focus, economical aspects are addressed too. The entries for a wide variety of terms were...
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| Format: | Ebook |
| Language: | English |
| Published: |
Heidelberg :
Springer,
2014.
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| Subjects: | |
| Online Access: | Springer eBooks |
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| 245 | 0 | 0 | |a CIRP encyclopedia of production engineering / |c The International Academy for Production Engineering; Luc Laperrière, Gunther Reinhart, editors. |
| 246 | 3 | |a CIRP encyclopaedia of production engineering | |
| 264 | 1 | |a Heidelberg : |b Springer, |c 2014. | |
| 300 | |a 1 online resource (xxxvii, 1318 pages) : |b illustrations (some colour) | ||
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| 505 | 0 | 0 | |t A: -- |t Ability to Be Machined -- |t Abrasive Grains -- |t Abrasive Material / |r Konstantinos Salonitis, Apostolos Fysikopoulos, George Chryssolouris -- |t Abrasive Water Jet -- |t Accuracy / |r Wolfgang Knapp -- |t Accuracy of Measurement -- |t Activity -- |t Actuator / |r Welf-Guntram Drossel -- |t Adaptable Manufacturing/Production -- |t Adaptable Production System -- |t Adaptive Control / |r Yusuf Altintas -- |t Adaptronics -- |t Additive Manufacturing Technologies / |r Jürgen Stampfl, Markus Hatzenbichler -- |t Adiabatic Shearing in Metal Machining / |r Tom Childs -- |t Adjustable Manufacturing System -- |t Adjustable Manufacturing/Production -- |t Advanced Ceramic -- |t Advancement -- |t Aerostatic Bearing -- |t Agent Systems -- |t Agent Theory / |r József Váncza -- |t Agent-Based Computing -- |t Aluminum Cast Alloys -- |t Aluminum Wrought Alloys -- |t Angular Contact Ball Bearing -- |t Anisotropy / |r Alexander Brosius, Dorel Banabic -- |t ANN -- |t Applications -- |t Arrangement -- |t Artificial Intelligence / |r Laszlo Monostori -- |t Artificial Neural Network -- |t Assembling -- |t Assembly / |r S. Jack Hu -- |t Assembly Automation / |r Gunther Reinhart -- |t Assembly by Hand -- |t Assembly Facility -- |t Assembly Line / |r Gunther Reinhart -- |t Assembly Machine -- |t Assembly Plant -- |t Assembly Representation / |r Joerg Franke, Klaus Feldmann -- |t Assembly System -- |t Atomic Force Microscopy / |r Francesco Marinello -- |t Atomistic Modeling -- |t Augmented Reality / |r Roy Damgrave -- |t Autonomous Agents -- |t Autonomous Production Control / |r Bernd Scholz-Reiter -- |t Axiomatic Design / |r Sang-Gook Kim -- |t B: -- |t Ball Bearing -- |t Bar Extrusion / |r A. Erman Tekkaya, Sami Chatti -- |t Bearing / |r Christian Brecher -- |t Bending (Sheets) / |r Joost Duflou -- |t Bending (Tubes, Profiles) / |r A. Erman Tekkaya, Sami Chatti -- |t Bevel Gear -- |t Binder -- |t Bond -- |t Bond Systems -- |t Bonding / |r Tae Hyung Kim -- |t Bonding Materials / |r Garret E. O’Donnell -- |t Bridge Tooling -- |t Broaching / |r Volker Schulze -- |t Buffing -- |t Burr / |r Vikki Franke -- |t Business Management -- |t C: -- |t CAD -- |t CAM -- |t Capacity Planning / |r Hoda ElMaraghy, Ahmed M. Deif -- |t CAPP -- |t Carbide -- |t CAT -- |t CBN -- |t Cemented Carbides / |r Markus Groppe -- |t Centerless Grinding / |r Barbara Linke -- |t Ceramic Cutting Tools / |r Dev Banerjee, Raouf Ben Amor -- |t Ceramic Machining Tool -- |t Ceramic/Metal Mixture -- |t Ceramic-and-Metal Composite -- |t Ceramic-Metal Bond -- |t Ceramics -- |t Cermets / |r Toshiyuki Enomoto -- |t Chaku-Chaku Line -- |t Chamfer -- |t Changeable Manufacturing / |r Hoda ElMaraghy, Hans-Peter Wiendahl -- |t Changeable Manufacturing Systems -- |t Charge -- |t Chatter / |r Erhan Budak -- |t Chatter Prediction / |r Michael Zaeh -- |t Chemical Machining -- |t Chip Breakability -- |t Chip Breaking -- |t Chip Formation -- |t Chip Formation (Abrasive Process) / |r Fritz Klocke -- |t Chip-Forms -- |t Chip-forms, Chip Breakability and Chip Control / |r I. S. Jawahir -- |t CHM -- |t CIM -- |t Cladistics -- |t Cladistics for Products and Manufacturing / |r Hoda ElMaraghy, Tarek AlGeddawy -- |t Clamping System -- |t Clean Production -- |t Cleaner Production / |r Joost Duflou, Karel Kellens -- |t Closed-Die-Forging -- |t CNC -- |t Coated Tools / |r Konstantinos-Dionysios Bouzakis, Nikolaos Michailidis, Georgios Skordaris, Emmanouil Bouzakis -- |t Co-Creation -- |t Co-development of Manufacturing (Production) Systems -- |t Coevolution of Manufacturing Systems / |r Tullio Tolio, Hoda ElMaraghy, Anna Valente -- |t Cold Bulk Forming -- |t Cold Extrusion -- |t Cold Forging / |r Marion Merklein -- |t Combination -- |t Complexity in Manufacturing / |r Waguih H. ElMaraghy -- |t Complexness -- |t Composite Materials / |r Dirk Biermann -- |t Composites -- |t Computational Intelligence -- |t Computed Axial Tomography -- |t Computed Tomography / |r Simone Carmignato -- |t Computer Numerical Control / |r Yusuf Altintas -- |t Computer-Aided Design / |r Eric Lutters -- |t Computer-Aided Industry -- |t Computer-Aided Manufacturing / |r Sotiris Makris, Dimitris Mourtzis, George Chryssolouris -- |t Computer-Aided Process Planning / |r Hoda ElMaraghy, Aydin Nassehi -- |t Computer-Aided Tomography -- |t Computer-Assisted Manufacturing -- |t Computer-Integrated Manufacturing / |r Gisela Lanza -- |t Computerized Tomographic Imaging -- |t Computerized Tomography -- |t Computerized Transverse Axial Scanning -- |t Conceptual Design / |r Francois Christophe, Eric Coatanea, Alain Bernard -- |t Condition Monitoring -- |t Constraints -- |t Construction -- |t Contact Length -- |t Continuous Cutting of Bevel Gears -- |t Control / |r Burak Sencer, Chinedum Okwudire -- |t Control System -- |t Coolant -- |t Cooling Lubricants -- |t Coordinate Measuring Machine / |r Karsten Luebke -- |t Coordinating -- |t Corporate Management -- |t Corporate Social Responsibility -- |t Correctness -- |t Cost / |r Sotiris Makris, George Michalos, George Chryssolouris -- |t Creation -- |t Cubic Boron Nitride -- |t Customer Requirements -- |t Cut Ability -- |t Cutting Edge Geometry / |r Jens Köhler -- |t Cutting Edge Influence on Machining Titanium Alloy / |r Konrad Wegener -- |t Cutting Fluid / |r Toshiaki Wakabayashi -- |t Cutting Force Modeling / |r Karla P. Monroy Vazquez, Claudio Giardini, Elisabetta Ceretti -- |t Cutting Forces -- |t Cutting Forces Model -- |t Cutting Lubricant -- |t Cutting of Carbon Steel -- |t Cutting of Fiber-Reinforced Plastics -- |t Cutting of High-Alloyed Steel and Stainless Steel -- |t Cutting of Inconel and Nickel Base Materials / |r Eckart Uhlmann -- |t Cutting Oil -- |t Cutting Property -- |t Cutting Temperature / |r Takashi Ueda -- |t Cutting Tools -- |t Cutting, Fundamentals / |r Hans Kurt Toenshoff -- |t Cylindrical Gear -- |t D: -- |t 3D Printing -- |t Damping / |r Michael Zaeh -- |t Decentralized Manufacturing -- |t Decision Making / |r Winnie Dankers -- |t Decision Process -- |t Decision Support Tools -- |t Deep Drawing / |r Mathias Liewald -- |t Deep Hole Drilling with Small Diameters / |r Andreas Zabel -- |t Deformation -- |t Deformation (Dislocations) / |r Jun Yanagimoto -- |t Demands -- |t Demounting -- |t Design Methodology / |r Eric Lutters -- |t Design Verification / |r Wessel W. Wits -- |t Detail Design / |r Wessel W. Wits -- |t Deviation of Form -- |t Diamond -- |t Diamond Machining / |r Ekkard Brinksmeier -- |t Diamond Turning -- |t Die Forging -- |t Direct Tooling -- |t Disassembling -- |t Disassembly / |r Paul Vanegas, Jef Peeters, Joost Duflou -- |t Disbursement -- |t Dispersed Manufacturing -- |t Disposing -- |t Dissipation -- |t Distributed Manufacturing / |r Katja Windt -- |t Distributed Production -- |t Drawing (Wire, Tube) / |r Luigino Filice -- |t Dressing / |r Eduardo Weingärtner, Konrad Wegener, Mohammad Rabiey -- |t Drill Milling / |r Jens Köhler -- |t Drilling / |r Robert Heinemann -- |t Drive Control -- |t Drop Forging -- |t Ductile Cast Iron -- |t Ductile-Regime Grinding -- |t Dynamics / |r Gabor Stepan -- |t E: -- |t Early Design -- |t Eco-efficiency / |r Andreas Jørgensen, Michael Hauschild -- |t EDM -- |t Electric Discharge Machining / |r Andreas Klink -- |t Electro Discharge Machining -- |t Electrochemical Deposition -- |t Electrochemical Surface Finishing -- |t Electroforming / |r Joseph Anthony McGeough -- |t Electrolytic Deposition -- |t Electromagnetic Bearing -- |t Electromagnetically Levitated Spindle -- |t Electron Beam Cutting -- |t Electron Beam Drilling -- |t Electron Beam Machining / |r Akira Okada -- |t Electron Beam Processing -- |t Electron Beam Removing -- |t Electron Beam Welding -- |t Electron Pulse -- |t Electroplating / |r Andreas Bund -- |t ELID-Grinding -- |t Ellipsometry / |r Han Haitjema -- |t Elongating -- |t Emergent Synthesis / |r Kanji Ueda -- |t Emulation -- |t End-of-Service Life -- |t End-of-Use -- |t Energy Density -- |t Energy Efficiency / |r Joost Duflou, Christoph Herrmann, Sami Kara -- |t Energy per Unit Mass -- |t Engagement Conditions -- |t Engineering Ceramic -- |t Environmental Cost-Effectiveness -- |t Environmental Impact / |r Michael Hauschild -- |t Environmental Impact Assessment / |r Michael Hauschild -- |t Environmental Improvement Cost -- |t Environmental Intensity of Production -- |t Environmental Issue -- |t Environmental Productivity -- |t Environmentally Benign Manufacturing -- |t EOL Treatment / |r Katherine Ortegon, Loring Nies, John W. Sutherland -- |t EOSL -- |t EOU -- |t ERP Enterprise Resource Planning / |r Günther Schuh -- |t Error / |r Wolfgang Knapp -- |t Error of Measurement -- |t Etching / |r David Allen -- |
| 505 | 8 | 0 | |t Eutectic Bonding / |r Ludger Overmeyer, Yixiao Wang, Tim Wolfer -- |t Eutectic Soldering -- |t Exactitude -- |t Exactness -- |t Expenditure -- |t Expense -- |t Expert Systems -- |t Extension -- |t Extreme Precision -- |t Extrusion -- |t Extrusion of Sections -- |t F: -- |t Fabrication -- |t Facility Planning / |r Hans-Peter Wiendahl, Peter Nyhuis -- |t Factory / |r George Chryssolouris, Hans-Peter Wiendahl, Loukas Rentzos, Sotiris Makris -- |t Factory Design -- |t Factory Planning -- |t Feed Drives -- |t Feedback Control System -- |t Fine Boring -- |t Fine Ceramic (Japan) -- |t Fine Finishing of Holes / |r Christoph Gey -- |t Fine Grinding -- |t Finite Element Method / |r A. Erman Tekkaya, Celal Soyarslan -- |t Fitting -- |t Five-Axis -- |t Five-Axis Tool Path Generation / |r Bert Lauwers -- |t Flexibility -- |t Flexible Manufacturing System / |r Hoda ElMaraghy, Alessandra Caggiano -- |t Flexible Manufacturing Systems -- |t Flow Forming -- |t Flow of Materials -- |t Flow Stress, Flow Curve / |r Alan Bramley -- |t FMS -- |t Folding (for 180° Bends in Thin Materials Only) -- |t Force-Based Feedrate Scheduling -- |t Forced Vibration -- |t Form Deviation -- |t Form Error / |r Albert A. Weckenmann -- |t Formability (Damage) / |r Luigino Filice, Dorel Banabic -- |t Forming Limit -- |t Forming Presses (Hydraulic, Mechanical, Servo) / |r Konrad Wegener -- |t Forming Tools (Die, Punch, Blank Holder) / |r Mathias Liewald -- |t Free Abrasive Machining -- |t Functional Correlation / |r Christopher A. Brown -- |t Functional Specifications -- |t Fuzzy Logic / |r Alessandra Caggiano -- |t G: -- |t Gear Hobbing -- |t Gear Cutting / |r Fritz Klocke -- |t Gear Grinding / |r Bernhard Karpuschewski -- |t Gear Manufacturing -- |t Geometric Modeling of Machining / |r Volker Böß -- |t Green Manufacturing -- |t Grinding / |r Jan Aurich, Christian Effgen -- |t Grinding Fluids / |r Ekkard Brinksmeier -- |t Grinding Monitoring / |r Konrad Wegener -- |t Grinding Parameters / |r Jens Köhler -- |t Grinding Tool -- |t Grinding Wheel / |r Jan Aurich, Benjamin Kirsch -- |t Grinding Wheel Preparation -- |t Groove Milling / |r Inge Klobasa -- |t H: -- |t Handling / |r Terje K. Lien -- |t Hard Cutting -- |t Hard Drilling -- |t Hard Gear Finishing -- |t Hard Machining -- |t Hard Material Cutting / |r Hans Kurt Toenshoff -- |t Hard Material Machining -- |t Hard Material Removal -- |t Hard Metal -- |t Hard Milling -- |t Hard Part Turning -- |t Hard Turning -- |t Heat Partitioning in Dry Milling / |r Jens Sölter -- |t Heating with Electromagnetic Induction -- |t Helical Drilling -- |t Helical Milling -- |t Hierarchical Classification -- |t High Performance Cutting -- |t High Precision Machining -- |t High Speed Cutting / |r Rafael Wertheim -- |t High Speed Machining -- |t High-Performance Abrasives -- |t Holonic Manufacturing Systems / |r Hendrik Van Brussel -- |t Honed Cutting Edges -- |t Honing / |r Hans-Werner Hoffmeister -- |t Hot Forging / |r Alan Bramley -- |t Hot Forming -- |t Hot Joining -- |t HPC -- |t HSC -- |t HSK -- |t HSM -- |t Human-Machine Collaboration / |r Joerg Krueger -- |t Human-Machine Interaction -- |t Hybrid Bearing -- |t Hybrid Cutting / |r Fritz Klocke, Christoph Brummer -- |t Hydrodynamic Bearing -- |t Hydrodynamic Spinning -- |t Hydroforming (Sheets and Tubes) / |r Elisabetta Ceretti, Antonio Fiorentino, Claudio Giardini -- |t Hydrostatic Bearing / |r Tojiro Aoyama -- |t I: -- |t Impact Forging -- |t Improvement -- |t Incremental Forming / |r Alexander Brosius -- |t Indexing Cutting of Bevel Gears -- |t Indirect Tooling -- |t Induction Heating / |r Ralf Kolleck -- |t Inductive Heating -- |t Industrial Product-Service System / |r Horst Meier -- |t Industrial Robot -- |t Information Management / |r Winnie Dankers -- |t In-Process Inspection / |r Guido Tosello -- |t Inspection (Assembly) / |r Günther Seliger -- |t Inspection (Precision Engineering and Metrology) / |r Guido Tosello -- |t Installation -- |t Integration -- |t Interactive Manufacturing -- |t Interferometric Measurement -- |t Interferometric Metrology -- |t Interferometry / |r Christopher J. Evans -- |t Internal Logistics -- |t Interpolation -- |t Ion Beam Etching -- |t Ion Beam Machining / |r Fengzhou Fang, Zongwei Xu -- |t Ion Beam Smoothing -- |t K: -- |t Kinematic Chain -- |t Knowledge Engineering -- |t Knowledge Management / |r Dr. Nicolas Perry, Alain Bernard -- |t Knowledge-Based Methods -- |t Knowledge-Based System / |r Tiziana Segreto -- |t L: -- |t Lapping / |r Eckart Uhlmann -- |t Laser Ablation / |r Eduardo Weingärtner, Konrad Wegener, Claus Dold -- |t Laser Beam Machining / |r Jan Düsing, Sirko Pamin, André Neumeister -- |t Laser Beam Processing -- |t Laser Beam Welding -- |t Laser Pulse -- |t Laser Welding / |r Michael Zaeh -- |t Laser-Assisted Cutting -- |t Laser-Assisted Machining -- |t Laser-Assisted Milling -- |t Laser-Assisted Turning -- |t Lathe -- |t Layered Manufacturing -- |t Layout Planning -- |t LBW -- |t Learning Organization / |r Engelbert Westkämper -- |t Life Cycle Cost / |r Sami Kara -- |t Life Cycle Cost Analysis -- |t Life Cycle Engineering / |r Jack Jeswiet -- |t Life Cycle Management -- |t Linkage Model -- |t Locating -- |t Logistic Curves / |r Peter Nyhuis -- |t Logistics / |r Sotiris Makris, Kosmas Alexopoulos, George Chryssolouris -- |t Loose Abrasive Machining -- |t M: -- |t Machinability / |r Hans Kurt Toenshoff -- |t Machinability of Aluminum and Magnesium Alloys / |r Jens Köhler -- |t Machinability of Carbon Steel / |r Dieter Lung -- |t Machinability of Carbon-Fiber-Reinforced and GLARE Materials / |r Ekkard Brinksmeier -- |t Machinability of High-Alloyed Steel and Stainless Steel / |r Dieter Lung -- |t Machinability of Non-rusting Steel -- |t Machinability of Unalloyed Steel -- |t Machine -- |t Machine Tool / |r Masahiko Mori, Adam Hansel, Makoto Fujishima -- |t Machine Tool Vibrations -- |t Machining of CFRP and Composite Materials -- |t Machining of Spheroidal Ductile Iron / |r Wit Grzesik -- |t Macro Geometry -- |t Magnetic Bearing / |r Luis Uriarte -- |t Magnetic Spindle -- |t Main Spindle -- |t Maintenance / |r Günther Seliger -- |t Management of Production Enterprises / |r Wolfgang Boos, Günther Schuh -- |t Manipulating Industrial Robot -- |t Man–Machine Cooperation -- |t Manual Assembly / |r Terje K. Lien -- |t Manufacturing / |r Tiziana Segreto, Roberto Teti -- |t Manufacturing by Material Removal -- |t Manufacturing Plant -- |t Manufacturing System / |r Alessandra Caggiano -- |t Manufacturing Technology -- |t Mass Customization / |r Mitchell M. Tseng, S. Jack Hu -- |t Material Flow / |r Gino Dini, Dieter Spath -- |t Material Handling -- |t Material Recovery -- |t Material Removal Processes -- |t Material Transfer -- |t Material Transport -- |t Matrix -- |t MD -- |t Measurement Accuracy -- |t Measurement Engineering -- |t Measurement Error -- |t Measurement Technique -- |t Measurement Uncertainty / |r Han Haitjema -- |t Mechanical Machining -- |t Mechanical Micromachining -- |t Mechanism / |r Gabor Stepan -- |t Mechatronics / |r Michael Zaeh, Robert Gao -- |t Metaheuristic Twist Drill Optimization -- |t Metal Cutting Temperature -- |t Metal Forming Die -- |t Metal Forming Tool -- |t Metal Spinning / |r Julian Allwood, James A. Polyblank -- |t Metalworking Fluid -- |t Metalworking Fluids -- |t Metrology / |r José A. Yagüe-Fabra -- |t Micro Deep Hole Drilling -- |t Micro End Mill -- |t Micro Geometry -- |t Micro Tool -- |t Micro-drilling -- |t Microgrinding -- |t Microhoning -- |t Micromachining / |r Paul Mativenga -- |t Micromanufacturing -- |t Micro-milling -- |t Micro-turning -- |t Microwave Radiation / |r James Lucas -- |t Microwave Sources -- |t Mill -- |t Milling Machine -- |t Milling of Titanium / |r Markus Groppe -- |t Mock-Up -- |t Modeling of Face Milling / |r Volker Schulze -- |t Modeling of Face Milling Operations -- |t Modeling of Face Milling Processes -- |t Modular Design / |r Mitchell M. Tseng, Chenjie Wang -- |t Modularity in Design -- |t Molecular Dynamics -- |t Molecular Dynamics for Cutting Processes / |r Rüdiger Rentsch -- |t Monetary Value -- |t Monitoring / |r Hans-Christian Möhring -- |t Monitoring Algorithm -- |t Monitoring Strategy -- |t Monitoring System -- |t Motion Control System -- |t Mounting -- |t Moving Materials -- |t Multi-agent System -- |t N: -- |t NC Simulation -- |t Neural Models -- |t Neural Network / |r Doriana Marilena D’Addona -- |t New Product Development -- |t Nodular Cast Iron -- |t Nozzle Design / |r John A. Webster -- |t O: -- |t Offline Feedrate Scheduling Via Force Control -- |t Open Architecture / |r Armin Lechler -- |t Open Control System -- |t Open-Die-Forging -- |t Operation -- |
| 505 | 8 | 0 | |t Operations Research -- |t Optimization -- |t Optimization in Manufacturing / |r Giuseppe Stecca, Gisela Lanza, Steven Peters -- |t Optimization in Manufacturing Systems, Fundamentals / |r Günther Schuh -- |t Orbital Drilling -- |t Orbital Milling -- |t Organization -- |t Orthotropy -- |t Overhaul -- |t P: -- |t Parameter Adaptive -- |t PcBN -- |t PCM -- |t Performance -- |t Personalization -- |t Photochemical machining -- |t Physical Vapor Deposition (PVD) / |r Konstantinos-Dionysios Bouzakis, Nikolaos Michailidis -- |t Pipe Bending -- |t Placing -- |t Plain Water Jet -- |t Planning / |r Doriana Marilena D’Addona, Roberto Teti -- |t Plasma-Assisted Coating in Vacuum -- |t Plastic Displacement -- |t Plastic Squeeze Out -- |t Ploughing (in Grinding) / |r Konrad Wegener -- |t Plowing -- |t Polishing / |r Fabio Sousa -- |t Posing -- |t Positioning / |r Claudia Pagano -- |t Power Spinning -- |t PPC -- |t Preciseness -- |t Precision / |r Claudia Pagano -- |t Precision Grinding -- |t Precision Machining -- |t Precision Machining of Holes -- |t Preparation -- |t Press Machines -- |t Preventative Maintenance -- |t Price -- |t Proactive Maintenance -- |t Procedure -- |t Process / |r Kosmas Alexopoulos, George Chryssolouris -- |t Process Chain Configuration -- |t Process Chain Design / |r Jan Henjes -- |t Process Chain Optimization -- |t Process Chain Redesign -- |t Process Optimization via Feedrate Scheduling in Milling / |r Ismail Lazoglu, Seyed Ehsan Layegh Khavidaki, Ali Mamedov, Huseyin Erdim -- |t Process Parameters -- |t Process Stability Analysis -- |t Product Architecture / |r Peihua Gu -- |t Product Development / |r Eric Lutters -- |t Product Life Cycle Management / |r Christoph Herrmann -- |t Product Structure -- |t Production / |r Kosmas Alexopoulos, Sotiris Makris, George Chryssolouris -- |t Production Capacity -- |t Production Line -- |t Production Operating Curves -- |t Production Planning / |r Giuseppe Stecca -- |t Production Planning and Control -- |t Production Site -- |t Production System -- |t Productivity / |r Sotiris Makris, Nikolaos Papakostas, George Chryssolouris -- |t Product-Service System -- |t Profile Bending -- |t Profiling -- |t Programming -- |t Prototype Tooling -- |t Prototyping / |r Gianluca Percoco -- |t Provision -- |t PSC -- |t PSS -- |t Pulse / |r Michael Schmidt -- |t Pure Water Jet -- |t Q: -- |t Quality / |r Robert Schmitt -- |t Quality Assurance / |r Robert Schmitt -- |t Quality Control -- |t R: -- |t Rapid Tooling / |r Andreas Gebhardt, Jan-Steffen Hoetter -- |t Rayleigh-Ritz-Galerkin Methods -- |t Reaming -- |t Rebuild -- |t Reconditioning -- |t Reconfigurable Manufacturing System / |r Yoram Koren -- |t Recycling / |r Katherine Ortegon, Loring Nies, John W. Sutherland -- |t Reengineering -- |t Reflectance -- |t Reflection Coefficient -- |t Reflectivity / |r Han Haitjema -- |t Reform -- |t Refurbishing -- |t Remanufacturing / |r Katherine Ortegon, Loring Nies, John W. Sutherland -- |t Reorganization -- |t Repeatability -- |t Reprocess -- |t Requirement Specification / |r Eric Lutters -- |t Residual Stress (Abrasive Processes) / |r Carsten Heinzel -- |t Residual Stress (Forming) / |r Jun Yanagimoto -- |t Resolution / |r Robert Schmitt -- |t Resource Efficiency / |r Christoph Herrmann -- |t Reuse / |r Katherine Ortegon, Loring Nies, John W. Sutherland -- |t Re-utilize -- |t Reverse Engineering / |r Gianluca Percoco -- |t Reverse Modelling -- |t Robot / |r Terje K. Lien -- |t Rod Drawing -- |t Roll Forming / |r Konstantinos Salonitis, John Paralikas, George Chryssolouris -- |t Roller Bearing -- |t Rotating Tool -- |t Roughness / |r Han Haitjema -- |t Roughness Parameter -- |t Roughness Relations -- |t Rounded Cutting Edge -- |t Roundness / |r Yu Cai -- |t S: -- |t Scanning Electron Microscope / |r Robert Schmitt -- |t Scanning Electron Microscopy -- |t Scanning Force Microscopy -- |t Scanning Tunneling Microscope / |r Fengzhou Fang, Bingfeng Ju -- |t Scanning Tunneling Microscopy -- |t Scheduling / |r Giuseppe Stecca -- |t Schema -- |t Science of Measurement -- |t Second-Hand Use -- |t Section Bending -- |t Selective Laser Sintering -- |t Self-Excited Vibration -- |t Self-Excited Vibrations in Metal Cutting -- |t Semi-ductile Mode Machining -- |t Sensor (Assembly) / |r Ming Leu -- |t Sensor (Machines) / |r Robert Gao -- |t Servo Control -- |t Servo System / |r Kaan Erkorkmaz -- |t Setting Up -- |t SG Iron -- |t Shape Deviation -- |t Shape Distortion -- |t Shape Error -- |t Shaping -- |t Shave Grinding -- |t Shear Forming / |r Omer Music -- |t Shear Spinning -- |t Shear Stress Modeling -- |t Shear/Flow Turning -- |t Simulation of Manufacturing Systems / |r Aydin Nassehi -- |t Single-Grain Chip Thickness -- |t SK -- |t Sliding Mode Control -- |t Slot Milling -- |t Slotting -- |t Smart Materials -- |t Smart Structure -- |t Smoothing -- |t Spark Erosion -- |t SPC -- |t Specific Energy / |r Konstantinos Salonitis, John Paralikas, Apostolos Fysikopoulos, George Chryssolouris -- |t Specific Power -- |t Spheroidal Graphite Iron -- |t Spherulitic Graphite Cast Iron -- |t Spindle / |r Christian Brecher -- |t Spindle Bearing -- |t Spinning Tool -- |t Springback / |r Z. Cedric Xia, Jian Cao -- |t Sputtering / |r Günter Bräuer -- |t SQC -- |t Stability / |r Dirk Biermann, Tobias Surmann -- |t Stamping -- |t Statistical Mechanics -- |t Statistical Process Control / |r Marcello Colledani -- |t Statistical Quality Control -- |t Stereolithography -- |t Storage -- |t Straightness / |r Yu Cai -- |t Stress, Strain / |r Alan Bramley -- |t Stretching / |r Andreas Sterzing -- |t Striping-Down -- |t Structural Analysis / |r Mikel Zatarain -- |t Sublimation -- |t Super Precision -- |t Superabrasives / |r Barbara Linke -- |t Superfinishing / |r Hitomi Yamaguchi -- |t Superhard Cutting Material -- |t Superhard Tools / |r Eckart Uhlmann, Fiona Sammler, John Barry, Javier Fuentes, Sebastian Richarz -- |t Surface and Subsurface Characteristics -- |t Surface and Subsurface Properties -- |t Surface Integrity / |r Bernd Breidenstein -- |t Surface Parameter / |r Han Haitjema -- |t Surface Roughness -- |t Sustainable Development -- |t Sustainability / |r Andreas Jørgensen, Michael Hauschild, David Dornfeld, Sami Kara -- |t Sustainability of Machining / |r David Dornfeld -- |t Sustainable Cutting -- |t Sustainable Manufacturing / |r Michael Hauschild, David Dornfeld, Margot Hutchins, Sami Kara, Francesco Jovane -- |t Sustainable Material Removal -- |t Synthesis / |r Juan Manuel Jauregui-Becker -- |t System / |r Kosmas Alexopoulos, Konstantinos Efthymiou, George Chryssolouris -- |t Systematics -- |t T: -- |t Taper Shank -- |t Task -- |t Technical Ceramic -- |t Technical Product-Service System -- |t Technical PSS -- |t Technical Specifications -- |t Temperature in Machining -- |t Temperature in Metal Cutting -- |t Tensile Forming -- |t Tensile Stress -- |t Tension -- |t Testing and Refinement -- |t Thermal Error / |r Mikel Zatarain -- |t Tolerancing / |r Jean-Yves Dantan -- |t Tolerancing (Kinematic Approach to) / |r Luc Laperrière -- |t Tool -- |t Tool Coupling -- |t Tool Holder / |r Christian Brecher -- |t Tool Interface -- |t Tool Path Simulation -- |t Tool Receiver -- |t Tools with Thin Hard Protective Surface Films -- |t Tools with Thin Hard Protective Surface Layers -- |t Total Cost of Ownership -- |t Total Life Cycle Management -- |t Traceability / |r W. Tyler Estler -- |t Trajectory Generation -- |t Transducers -- |t Transportation -- |t Transportation Planning -- |t TS -- |t Tube Bending -- |t Tungsten Carbide -- |t Turning Machine -- |t Turning with Rotary Tools / |r Takashi Ueda -- |t Twist Drill Geometry Optimization / |r Eberhard Abele -- |t U: -- |t U-Line -- |t Ultraprecision / |r Hidenori Shinno -- |t Ultraprecision Cutting -- |t Ultraprecision Finishing -- |t Ultraprecision Grinding / |r Ekkard Brinksmeier -- |t Ultraprecision Machining / |r Ekkard Brinksmeier -- |t Ultra-small Micro End Mills / |r Jan Aurich, Ingo Reichenbach, Martin Bohley -- |t Ultrasonic-Assisted Machining -- |t Ultrasonic-Assisted Turning -- |t Uncertainty of Measurement -- |t Unconventional Actuator -- |t Use-Based Maintenance -- |t U-Shaped Line -- |t USM Mills -- |t V: -- |t Vaporization -- |t Vibration / |r Eiji Shamoto, Burak Sencer -- |t Virtual Environments -- |t Virtual Joint Tolerancing -- |t Virtual Link Tolerancing -- |t Virtual Machining -- |t Virtual Reality / |r Roy Damgrave -- |t W: -- |t Water-Based Cutting Fluid -- |t Water-Jet Cutting / |r Carol Kong -- |t Water-Miscible Cutting Fluid -- |t Wear -- |t Wear Causes -- |t Wear Mechanisms / |r Hans Kurt Toenshoff -- |t Wear Phenomena -- |t Welding / |r Livan Fratini -- |t What-If Design / |r Winnie Dankers -- |
| 505 | 8 | 0 | |t Whole-Life Cost -- |t Wire Drawing -- |t Workability -- |t Working Spindles -- |t X: -- |t X-Ray Computed Tomography -- |t Y: -- |t Yield Criteria / |r Alan Bramley. |
| 520 | |a "The CIRP Encyclopedia covers the state-of-art of advanced technologies, methods and models for production, production engineering and logistics. While the technological and operational aspects are in the focus, economical aspects are addressed too. The entries for a wide variety of terms were reviewed by the CIRP-Community, representing the highest standards in research. Thus, the content is not only evaluated internationally on a high scientific level but also reflects very recent developments."--Publisher's website. | ||
| 538 | |a Mode of access: World Wide Web. | ||
| 588 | |a Description based on online resource; title from PDF title page (SpringerLink, viewed April 7, 2014). | ||
| 650 | 0 | |a Production engineering |v Encyclopedias |9 634122 | |
| 700 | 1 | |a Laperrière, Luc, |e editor. |9 1179868 | |
| 700 | 1 | |a Reinhart, Gunther, |e editor. |9 829956 | |
| 710 | 2 | |a International Academy for Production Engineering. |9 257430 | |
| 856 | 4 | 0 | |u https://ezproxy.aut.ac.nz/login?url=https://link.springer.com/10.1007/978-3-642-20617-7 |z Springer eBooks |x TEMPORARY ERM URL |
| 907 | |a .b13537520 |b 06-09-21 |c 28-10-15 | ||
| 942 | |c EB | ||
| 998 | |a none |b 23-06-17 |c m |d z |e - |f eng |g gw |h 0 | ||
| 999 | |c 1271020 |d 1271020 | ||