Verfügbarkeit: Engine testing

Engine testing: the design, building, modification and use of powertrain test facilities

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Bibliographische Detailangaben
Hauptverfasser:	Martyr, Anthony (VerfasserIn), Plint, M. A. (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Amsterdam [u.a.] Elsevier Butterworth-Heinemann 2012
Ausgabe:	4. ed.
Schlagworte:	Internal combustion engines > Testing Prüfstand Verbrennungsmotor Messtechnik
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XXVII, 571 S. Ill., graph. Darst.
ISBN:	9780080969497

Internformat

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Datensatz im Suchindex

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adam_text	Contents Foreword to the Fourth Edition xix About the Authors xxi Introduction xxiii 1. Test Facility Specification, System Integration, and Project Organization Introduction: The Role of the Test Facility 1 Part 1. The Specification of Test Powertrain Facilities 2 Levels of Test Facility Specification 3 Note Concerning Quality Management Certification 3 Creation of an Operational Specification 4 Feasibility Studies and Outline Planning Permission 6 Benchmarking 6 Regulations, Planning Permits, and Safety Discussions Covering Test Cells 6 Specification of Control and Data Acquisition Systems 8 Use of Supplier s Specifications 9 Functional Specifications: Some Common Difficulties 9 Interpretation of Specifications by Third-Party Stakeholders 10 Part 2. Multidisciplinary Project Organization and Roles Ί 1 Project Roles and Management 12 Project Management Tools: Communications and Responsibility Matrix 14 Web-Based Control and Communications 14 Use of Master Drawing in Project Control 14 Project Timing Chart 15 A Note on Documentation 16 Summary 16 References 16 2. Quality and H&S Legislation and Management, Type Approval, Test Correlation, and Reporting of Results Test Facility Efficiency and Quality Certification 18 Management Roles 19 Work Scheduling 19 Health & Safety (H&S) Legislation, Management, and Risk Assessment 21 vi ) Contents Common Hazards in All Powertrain Facilities 22 Risk Analysis 23 Management and Supervision of University Test Facilities 25 Use and Maintenance of Test Cell Log Books 25 Test Execution, Analysis, and Reporting 26 Determination of Cause and Effect 27 Key Life Testing 28 Vehicle and Vehicle Systems Type Approval, Homologation, and Confirmation of Production 28 Cell-to-Cell Correlation 29 End-of-Life Vehicles (EĽV) Directive 32 Power Test Codes and Correction Factors 32 Rart 1. Standard Reference Conditions, Declarations of Power, Fuel and Lubricating Oil Consumptions, and Test Methods 33 Part 2. Test Measurements 33 Part 3. Speed Governing 34 Part 4. Torsionai Vibrations 34 Part 5. Specification of Overspeed Protection 34 Part 6. Codes for Engine Power 34 Statistical Design of Experiments 34 Reference Documents 39 Useful Websites and Regulations 39 Further Reading 39 3. The Test Cell as a Thermodynamic System Introduction 41 The Energy Balance of the Engine 42 Diversity Factor and the Final Specification of a Facility Energy Balance 45 Common or Individual Services in Multi-Cell Laboratories? 49 Summary 49 Further Reading 50 4. Powertrain Test Facility Design and Construction Part 1. Cell Types, Sizes, and Layout 52 Cell Sizing 52 A Note Concerning Lifting Beams in Test Cells 53 Frequency of Change of Unit Under Test and Handling Systems 54 Seeing and Hearing the Unit Under Test 54 Conta і neri zed Test Ce 11 s 55 The Basic Minimum Engine Test Bed 57 Common Variations of Multi-Cell Layouts 59 Part 2. Cell Contents and Fittings 62 Emergency Exits, Safety Signs, and Alarms 62 Contents (vii Transducer Boxes and Booms 62 Test Cell Flooring and Subfloor Construction 63 Facility and Cell Doors 64 Cell Windows 65 Cell Walls and Roof 66 Lighting 67 Cell Support Service Spaces 68 Control Room Design 69 In-Cell Control of the UUT 72 Manual Control 73 Part 3. Test Cell Roles and their Special Features 73 Hybrid and Electric Vehicle Powertrain Testing 73 Batteries and Battery Simulators 74 Gearbox and Transmission Test Rigs 75 Full Powertrain Test Rigs 76 Inclined Engine Test Beds 77 Automotive Engine Production Test Cells (Hot Test) 78 Automotive Engine Production Cold-Test Stations 79 End-of-Line (EOL) Test Station Facility Layout 79 Large and Medium-Speed Diesel Engine Test Areas 80 Part 4. Fire Safety and Fire Suppression in Test Facilities: European ATEX Codes Applied to Engine Test Cells 81 Fire Stopping of Cable Penetrations in Cell Structure 82 Fire and Gas Detection and Alarm Systems for Test Facilities 83 Fire Extinguishing Systems 84 Useful Websites 87 5. Electrical Design Requirements of Test Facilities Introduction 89 The Electrical Engineer s Design Role 90 General Characteristics of the Electrical Installation 91 Physical Environment 92 Electrical Signal and Measurement Interference 94 Earthing System Design 95 The Layout of Cabling 96 Integration of AC Dynamometer Systems 101 Supply Interconnection of Disturbing and Sensitive Devices 102 Power Cable Material and Bend Radii 102 Electrical Power Supply Specification 103 Electrical Cabinet Ventilation 103 European Safety Standards and CE Marking 104 Safety Interaction Matrix 108 Note on As Built Electrical Documentation (Drawing) Standards 108 Useful Texts on EMC Suitable for Electrical Engineers Involved with Test Facility Design 108 viii J Contents 6. Ventilation and Air-Conditioning in Powertrain Test Facilities Part 1. Test Cell Ventilation Strategies 110 Purge Fans: Safety Requirements to Reduce Explosion Risk 111 Air Handling Units (AHUs) 112 The Heat Capacity of Cooling Air 112 Heat Transfer From the Engine 113 Heat Transfer From the Exhaust System 115 Heat Transfer From Walls 115 Sources of Heat in the Test Cell 116 Heat Losses From the Cell 117 Calculation of Ventilation Load 118 Part 2. Design of Ventilation Ducts and Distribution Systems 119 Pressure Losses 119 Ducting and Fittings 120 Inlet and Outlet Ducting 121 The Use of Spot Fans for Supplementary Cooling 124 Air-Movers 124 Fire Dampers 125 External Ducting of Ventilation Systems 125 Ventilation Duct Silencers 126 Control of Ventilation Systems 126 Fans 127 Ventilation of the Control Room 133 Air-Conditioning 133 Fundamentals of Psychrometry 134 Air-Conditioning Processes 136 Part 3. Combustion Air (CA) Treatment and Climatic Cells 139 Centralized Combustion Air Supplies 139 Specification of Operational Envelope for Humidity and Temperature Control 140 Dedicated Combustion Air Treatment Units 140 Climatic Testing of Engine and Powertrains 145 Climatic Test Cells for Vehicles 145 Wind Tunnels 147 Summary 148 Notation 148 References 149 Further Reading 149 7. Test Cell Cooling Water and Exhaust Gas Systems Part 1. Cooling Water Supply Systems 152 Water 152 Types of Test Cell Cooling Water Circuits 156 Drawing up the Energy Balance and Sizing the Water System 169 Part 2. Exhaust Gas Systems 169 Individual Cell, Close Coupled Exhaust 171 Contents ( ¡χ Individual Cell, Scavenged Duct 172 Multiple Cells, Common Scavenged Duct 172 Cooling of Exhaust Gases 173 Estimation of Exhaust Gas Flows 173 Exhaust Noise 175 Tail Pipes 176 Exhaust Cowls on Buildings 177 Part 3. Turbocharger Testing 178 Turbocharger Test Stands 179 Testing of Turbochargers Using an Engine 179 Turbine Speed and Blade Vibration Sensing 181 Special Applications 181 Health and Safety Implications of Turbocharger Testing 182 References 182 8. Fuel and Oil Storage, Supply and Treatment Introduction 183 Bulk Fuel Storage and Supply Systems 184 Decommissioning of Underground Fuel Tanks 187 Auditing of Fuel Use 188 Fuel Pipes 188 Underground Fuel Pipes 189 Storage and Treatment of Residual Fuels 189 Storage of Biofuels 190 Reference Fuel Drums 191 Natural Gas (NG), Liquefied Natural Gas (LNG), and Compressed Natural Gas (CNG) 191 Liquefied Petroleum Gas (LPG) 192 Fuel Supply to the Test Cell 192 In-Cell Fuel Systems 194 Engine Fuel Pressure Control 195 Engine Fuel Temperature Control 196 Engine Oil Cooling Systems 198 Properties of Gasoline and Shelf Life 198 Properties of Diesel Fuels 199 Fuel Dyes and Coloring 200 Safety Principles in Handling and Storing Volatile Fuels 201 References 201 Further Reading 201 9. Vibration and Noise Part 1: Vibration and its Isolation 203 Vibration 203 Fundamentals: Sources of Vibration 204 Design of Engine Mountings and Test-Bed Foundations 207 Practical Considerations in the Design of Engine and Test-Bed Mountings 211 Contents Massive Foundations and Air-Sprung Bedplates 213 Summary of Vibration Section 219 Vibration Notation 219 Part 2: Noise and its Attenuation in Test Facilities 219 Sound Intensity 220 Noise Measurements 221 Permitted Levels of Noise in the Workplace 222 Noise External to Test Facility and Planning Regulations 223 Noise Reverberation in the Test Cell Environment 223 Noise Notation 224 References 224 Useful Texts 225 Further Reading 225 10. Dynamometers: The Measurement of Torque, Speed, and Power Introduction 228 Trunnion-Mounted (Cradle) Dynamometers 230 Measurement of Torque Using In-Line Shafts or Torque Flanges 231 Calibration and the Assessment of Errors in Torque Measurement 234 Torque Measurement Under Accelerating and Decelerating Conditions 238 Measurement of Rotational Speed 239 One, Two, or Four Quadrant? 240 Dynamometer Torque/Speed and Power/Speed Characteristics 241 Pushing the Limits of Dynamometer Performance 244 Water Quantity Required to Absorb a Given Power in Water Brakes 245 Engine Cranking and Starting 245 Choice of Dynamometer 246 Classification of Dynamometer Types and their Working Principles 247 Hydrokinetic or Hydraulic Dynamometers (Water Brakes) 247 Constant-Fill Machines 250 Variable-Fill Machines 250 Bolt-On Variable-Fill Water Brakes 252 Disk Dynamometers 253 Hydrostatic Dynamometers 253 Electrical Motor-Based Dynamometers and Their Associated Control 253 Direct Current (DC) Dynamometers 255 Eddy-Current Dynamometers 256 Powder Brake Dynamometers 256 Friction Dynamometers 257 Air Brake Dynamometers 257 Hybrid and Tandem Dynamometers 258 Contents 11. Rigging the Engine and Shaft Selection Part 1. Rigging of Electrical and Fluid Services Plus Engine Mountings 260 Supply of Electrical Services to Engine Systems 262 On-Board Diagnostic Systems (OBDs) 262 Rigging Engine Circuits and Auxiliaries 263 Engine Handling and Support Systems 264 Part 2. Selection of a Suitable Dynamometer Connecting Shaft 268 The Nature of the Problem 269 Overhung Mass on Engine and Dynamometer Bearings 269 Background Reading 270 Torsionai Oscillations and Critical Speeds 270 Design of Coupling Shafts 276 Stress Concentrations, Keyways, and Keyless Hub Connection 277 Shaft Whirl 278 Couplings 279 Damping: The Role of the Flexible Coupling 281 An Example of Drive Shaft Design 284 An Alternative Solution 287 Shock Loading of Couplings Due to Cranking, Irregular Running, and Torque Reversal 287 Selection of Coupling Torque Capacity 289 The Role of the Engine Clutch 290 Balancing of Driveline Components 290 Alignment of Engine and Dynamometer 290 Guarding of Coupling Shafts 291 Engine-to-Dynamometer Coupling: Summary of Design Procedure 292 Part 3. Flywheels and Engine Starting Systems 292 Flywheel Safety Issues 293 Engine Cranking and Starting in a Test Cell 294 Engine Cranking: No Starter Motor 294 Engine-Mounted Starter Systems 295 Non-Electrical Starting Systems 296 Notation 296 References 297 Further Reading 297 12. Test Cell Safety, Control, and Data Acquisition Part 1. Machinery and Control System Safety: Stopping, Starting, and Control in the Test Cell 300 European Machinery Safety Regulations 301 US Machinery Safety Regulations 303 Emergency Stop Function 303 Hard-Wired Instrumentation in the Test Facility 305 Computerized Monitoring of Test Cell and UUT Alarm Signals 306 Security of Electrical Supply 306 xii ^) Contents Building Management Systems (BMS) and Services Status Displays 307 Test Cell Start-Up and Shutdown Procedures 308 Part 2. Open- and Closed-Loop Control of Engine and Dynamometer 309 Problems in Achieving Control 310 The Test Sequence: Modes of Prime-Mover/Dynamometer Control 311 Precautions in Modes of the Four-Quadrant Dynamometer 315 Throttle Actuation 315 Part 3. Test Control Software, Choosing Supplier, and Sequence Editing 316 Editing and Control of Complex Engine Test Sequences 317 Test Sequence Elements 318 Part 4. Data Acquisition and the Transducer Chain 319 Data Channel Names 319 Calibration 319 Transducer Boxes and Distributed I/O 320 Choice of Instruments and Transducers 321 Measurement of Time Intervals and Speed 323 Force, Quasi-Static 323 Measurement of Cyclic Force 323 Measurement of Pressure 324 Displacement 326 Acceleration/Vibration 326 Temperature Measurement 327 Smart Instrumentation and Communication Links 329 Control for Endurance Testing and Unmanned Running 329 Control for Dynamic Engine Drive Cycles 330 Data Display 332 Reference 333 Further Reading 333 13. Data Handling, the Use of Modeling, and Post-Test Processing Part 1. Data Collection and Transmission 335 Traditional Paper-Based Test Data Collection 336 Chart Recorder Format of Data 338 Computerized Data Recording with Manual Control 338 Fully Computerized Test Cell Control and Data Handling Systems 339 Data Transfer Systems and Protocols 339 Powertrain Mapping and Calibration 341 Virtual Models in Powertrain Calibration and Hardware-in-Loop Testing 342 Transmission Testing and a Role for HIL 345 Part 2. Management of Data: Some General Principles 345 Post-Acquisition Data Processing, Statistics, and Data Mining 346 Data Analysis Tools for the Test Engineer 348 Physical Security of Data 349 Reference and Further Reading 350 Contents ŕ x¡¡ 14. Measurement of Fuel, Combustion Air, and Oil Consumption Introduction 352 Part 1. Measurement Instruments for Liquid Fuel Consumption 352 Mass Flow or Consumption Rate Meters 355 Spillback 357 Fuel Consumption Measurements: Gaseous Fuels 358 Effect of Fuel Condition on Engine Performance 359 Measurement of Lubricating Oil Consumption 359 Measurement of Crankcase Blow-By 361 Part 2. Measurement of Air Consumption and Gas Flows 362 Properties of Air 362 Air Consumption, Condition, and Engine Performance 363 Notation Used in Air Consumption Calculations 373 References 374 Further Reading 374 15. The Combustion Process and Combustion Analysis Introduction 376 Single-Cylinder Research and Optical Engines 376 Fundamental Influences on Combustion 377 Combustion in the Conventional Gasoline Engine 378 Combustion in the Conventional Diesel Engine 378 Effects on Combustion Process of Air/Fuel Ratio 379 Engine Indicating (El) Measurements 382 Total and Instantaneous Energy Release 387 Cyclic Energy Release — Mean Effective Pressure (Indicated, Cross, and Pumping) 389 Instantaneous Energy Release 389 Computerized Engine Indicating Technology and Methodology 390 Basic Circuit and Operation of Pressure Measurement Chain 391 Ground Loops in Indication Equipment 394 Exact Determination of True Top Dead Center Position 394 Combustion Analysis Roles in 1С Engines for Hybrid Vehicles 395 Knock Sensing 396 Low-Speed Pre-lgnition (LSPI) or Super-Knock 397 Integration of Combustion Analysis Equipment within the Test Cell 397 High-End Engine Calibration Cells 398 Occasional use of Combustion Analysis in Test Cells 399 Engine Indicating Pressure Transducers (EIPTs) 400 Cylinder Pressure Transducers 400 Mounting of the Cylinder Pressure Transducer 402 Fuel Rail Pressure and Shot Volume Measurement 403 Speed/Crank Angle Sensors 403 Calculation for Combustion Analysis Test Results 404 xiv ~) Contents Notation 406 References 406 Further Reading 406 16. Engine Exhaust Emissions Emission Legislation, Certification, and Test Processes 410 Auxiliary Engine-Driven Units, Fitted or Omitted for the Emissions Test 412 Legislation Classifications 413 After-Market Emission Legislation 415 Fuel Standards 415 Basic Chemistry of Internal Combustion Engine Emissions 415 Emissions from Spark-Ignition Engines 417 Emissions from Diesel Engines 418 Diesel Articúlate Emissions 419 Principles of Particulate Emissions Measurement 420 Legislative Limits and Measurement of Particulate Mass (PM) and Number (PN) 420 Principles of Measurement and Analysis of Gaseous Emissions 422 Nondispersive Infrared Analyzer (NDIR) 422 Fourier Transform Infrared Analyzer (FTIR) 422 Chemiluminescence Detector (CLD) 423 Flame lonization Detector (FID) 423 Fast FID, Cutter FID, and GC-FID 423 Paramagnetic Detection (PMD) Analyzer 423 Mass Spectrometer 424 Response Times 424 Exhaust After-Treatment Catalysts and Filters, Operation and Testing 425 Three-Way Catalytic Converters 425 Diesel Oxidizing Catalysts (DOCs) 427 Diesel Particulate Filter (DPF) 428 Selective Catalytic Reduction (SCR) 429 Ammonia Slip Catalyst (ASC) 430 Testing of Post-Combustion Exhaust Systems and Devices 430 Integration and Management of Exhaust Emission Instrumentation 431 Calibration, Span Gases, Storing Gas Distribution System 431 Gas Analyzers and Emission Benches 434 Constant-Volume Sampling (CVS) Systems 434 Health and Safety Implications and Interlocks for CVS Systems 438 Temperature Soak Areas for Legislative Testing 439 The European Exhaust Emissions Test Procedure (Passenger Cars) 439 The US Federal Light-Duty Exhaust Emission Test Procedure (FTP-75) 440 Heavy-Duty Test Procedures 442 Contents Exhaust Emissions of Marine Propulsion Diesel Engines 443 ISO 8178 and Testing Emissions of Non-Road Vehicle Engines 443 Vehicle Evaporative Emissions 444 Implications of Choice of Site on Low-Level Emissions Testing 447 Abbreviations 449 References 449 Further Reading 450 Useful Addresses 450 17. Chassis or Rolling-Road Dynamometers Introduction 452 Genesis of the Rolling-Road Dynamometer 452 The Road Load Equation 453 Calibration, Coast-Down, and Inertia Simulation 455 Brake System Testers 457 Tire-Testing Dynamometers 457 Rolling Roads for In-Service Tuning and Assessment 458 Rolling Roads for End-of-Line (EOL) Production Testing 458 Chassis Dynamometers for Emissions Testing 459 The Emission Dynamometer Cell and Environs 461 Mileage Accumulation Facilities 462 NVH and EMC Chassis Dynamometers 463 Special Features of Chassis Dynamometers in Climatic Cells 465 Flat-Track Chassis Dynamometers 466 Independent Wheel Dynamometers 466 Articulated Chassis Dynamometers 467 Robot Drivers or Shifters 467 The Installation of Chassis Dynamometers 469 Chassis Dynamometer Cellar or Pit Design and Construction Details 469 Pit Flooding 470 Pit Depth 470 Dynamometer Flooring 472 Design and Installation of Variable-Geometry (4 χ 4) Dynamometers 473 Drive Cabinet Housing 474 Offloading and Positioning Chassis Dynamometer Units 474 Tire Burst Detectors 474 Loading and Emergency Brakes 474 Vehicle Restraints 475 Guarding and Safety 476 Roll Surface Treatment 476 Road Shells and Bump Strips 477 Driver s Aids 477 Fire Suppression 478 The Effect of Roll Diameter on Tire Contact Conditions 478 xvi J Contents Limitations of the Chassis Dynamometer 480 Solar Heat Load Testing in Chassis Dynamometer Environmental Cells 481 18. Anechoic Test Cells: NVH and EMC Testing Introduction 483 Part 1. NVH Testing and Acoustic Test Facilities 484 The Anechoic Cell Structure 485 Treatment and Location of Services for Anechoic Cells 486 Vehicle Noise: Measurement Practice 490 Fire Detection and Suppression in Anechoic Cells 491 Part 2. Electromagnetic Compatibility (EMC) Test Facilities 491 The Task 491 Coupling Mechanisms Between EMI Source and Victim 492 Pulse Interference or Electrostatic Discharge (ESD) 493 Legislation 494 Type Approval E and e Marking 496 EMC Test Facilities 497 Health and Safety in RF Cells 499 Further Reading 500 19. The Pursuit and Definition of Accuracy Introduction and Terms 501 Analog Versus Digital 503 Example: Measurement of Exhaust Temperature of a Diesel Engine 504 Some General Principles 507 Definition of Terms Relating to Accuracy 507 Statements Regarding Accuracy: A Critical Examination 508 Sensing Errors 509 Systematic Instrument Errors 509 Random Instrument Errors 511 Instrument Drift 511 Instrumental Accuracy: Manufacturers Claims 511 Uncertainty 512 Traceability 514 Combination of Errors 514 The Number of Significant Figures to be Quoted 515 Absolute and Relative Accuracy 515 The Cost of Accuracy: A Final Consideration 515 References 516 Further Reading 516 20. Tribology, Fuel, and Lubrication Testing Introduction 517 Calorific Value of Fuels 518 Contents Gaseous Fuels 518 Liquefied Petroleum Gas (LPG or LP Gas) 519 Lubricant Classification and Certification 520 Tribology 521 Bench Tests 522 Oil Characteristics 523 Fuel Contamination of Lubrication Oil 523 Reference Fuels and Lubricants 524 Designated Engines and Test Regimes in Fuel and Lube Testing 524 RNT (Radionuclide Technique) Wear Tests 526 Example of (Non-RNT) Engine Tests Involving Tribology: Measurement of Compression Ring Oil Film Thickness 526 Biofuels 527 References 528 Further Reading 529 21. Thermal Efficiency, Measurement of Heat, and Mechanical Losses Introduction 531 Ideal Standard Cycles: Effect of Compression Ratio 532 The Energy Balance of an Internal Combustion Engine 534 Measurement of Heat Losses: Heat to Exhaust 536 Sample Calculation: Analysis of an Engine Test 536 Sample Calculation: Exhaust Calorimeter 537 Energy Balances: Typical Values 538 The Role of Indicated Power in the Energy Balance 539 Prediction of Energy Balance 539 Energy Balance for Turbocharger 541 Summary of Stages in Calculation of Energy Balance From an Engine Test 541 Prediction of Energy Balance for a Given Engine 541 Measurement of Mechanical Losses in Engines 542 Motoring Tests 543 The Morse Test 544 The Willan Line Method 544 Summary 544 Notation 545 References and Further Reading 546 Appendix 1 : Martyr s Laws of Engineering Project Management 547 Index 551
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publisher	Elsevier Butterworth-Heinemann
record_format	marc
spelling	Martyr, Anthony Verfasser aut Engine testing the design, building, modification and use of powertrain test facilities A. J. Martyr ; M. A. Plint 4. ed. Amsterdam [u.a.] Elsevier Butterworth-Heinemann 2012 XXVII, 571 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Internal combustion engines Testing Prüfstand (DE-588)4209037-4 gnd rswk-swf Verbrennungsmotor (DE-588)4062661-1 gnd rswk-swf Messtechnik (DE-588)4114575-6 gnd rswk-swf Verbrennungsmotor (DE-588)4062661-1 s Prüfstand (DE-588)4209037-4 s Messtechnik (DE-588)4114575-6 s DE-604 Plint, M. A. Verfasser aut Digitalisierung UB Bayreuth application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024975894&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Martyr, Anthony Plint, M. A. Engine testing the design, building, modification and use of powertrain test facilities Internal combustion engines Testing Prüfstand (DE-588)4209037-4 gnd Verbrennungsmotor (DE-588)4062661-1 gnd Messtechnik (DE-588)4114575-6 gnd
subject_GND	(DE-588)4209037-4 (DE-588)4062661-1 (DE-588)4114575-6
title	Engine testing the design, building, modification and use of powertrain test facilities
title_auth	Engine testing the design, building, modification and use of powertrain test facilities
title_exact_search	Engine testing the design, building, modification and use of powertrain test facilities
title_full	Engine testing the design, building, modification and use of powertrain test facilities A. J. Martyr ; M. A. Plint
title_fullStr	Engine testing the design, building, modification and use of powertrain test facilities A. J. Martyr ; M. A. Plint
title_full_unstemmed	Engine testing the design, building, modification and use of powertrain test facilities A. J. Martyr ; M. A. Plint
title_short	Engine testing
title_sort	engine testing the design building modification and use of powertrain test facilities
title_sub	the design, building, modification and use of powertrain test facilities
topic	Internal combustion engines Testing Prüfstand (DE-588)4209037-4 gnd Verbrennungsmotor (DE-588)4062661-1 gnd Messtechnik (DE-588)4114575-6 gnd
topic_facet	Internal combustion engines Testing Prüfstand Verbrennungsmotor Messtechnik
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024975894&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT martyranthony enginetestingthedesignbuildingmodificationanduseofpowertraintestfacilities AT plintma enginetestingthedesignbuildingmodificationanduseofpowertraintestfacilities

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