Advances in Machine Tool Design and Research 1967

Proceedings of the 8th International M.T.D.R. Conference (Incorporating the 2nd International CIRP Production Engineering Research Conference), the University of Manchester Institute of Science and Technology, September 1967

S. A. Tobias, F. Koenigsberger

• Publisher: Pergamon
• Year: 2013
• Print ISBN:
  9780080126296
• eBook ISBN:
  9781483154459
• Topic: Technology & Engineering
• Subtopic: Engineering General
• Index: Technology & Engineering

Advances in Machine Tool Design and Research 1967, Part 2 provides information pertinent to the development of machine tool design. This book discusses the advances in pneumatic positioning device in the machine tool laboratories. Organized into 41 chapters, this book starts with an overview of the pneumatic digital and analogue elements used in designing the control loop. This text then explains the control system for the cylindrical grinding process developed by fluid logic elements and the diaphragm-type fluid logic element used in the control system. Other chapters consider the causes of inaccuracies on a finished machined workpiece produced by a numerically controlled machine tool. This book discusses as well the machine errors that are corrected by instrumentation, the details of this installation, and the characteristics of the instrumentation required. The final chapter deals with the basic characteristics of material flow during closed die forging. This book is a valuable resource for production and mechanical engineers.

Table of contents

• Front Cover
• Advances in Machine Tool Design and Research 1967, Part 2
• Copyright Page
• Table of Contents
• CHAPTER 1. AUTOMATIC CONTROL IN METAL PROCESSING USING PNEUMATIC ELEMENTS
• CHAPTER 2. THE FLUIDIC SEQUENCE AND DIGITAL CONTROL SYSTEM FOR THE CYLINDRICAL GRINDING PROCESS
• CHAPTER 3. COMPENSATION FOR THE BACKLASH AND ALIGNMENT ERRORS IN A NUMERICALLY CONTROLLED MACHINE TOOL BY A DIGITAL COMPUTER PROGRAMME
• CHAPTER 4. AUTOMATIC ERROR CORRECTION PERMITS CONVERSION OF 66 INCH BORING MILLINTO PRECISE INSPECTION MACHINE
• CHAPTER 5. RESEARCH ON THE STATIC STIFFNESS OF JOINTS IN MACHINE TOOLS
• CHAPTER 6. THE APPROACH OF MACHINED SURFACES WITH PARTICULAR REFERENCE TO THEIR HARDNESS
• CHAPTER 7. THE MEASUREMENT OF THE REAL AREA OF CONTACT BETWEEN TWO METAL SURFACES
• CHAPTER 8. THE EFFECT OF HOT MACHININGBY ELECTRIC CURRENT ON THE MECHANICS OF ORTHOGONAL CUTTING
• CHAPTER 9. REQUIREMENTS OF TOOL MATERIAL
• CHAPTER 10. A REVIEW OF SOME RECENT DEVELOPMENTS IN THE DESIGN AND APPLICATION OF TWIST DRILLS
• CHAPTER 11. THE EFFECT OF SEVERAL PARAMETERSON TWIST DRILL PERFORMANCE
• CHAPTER 12. ON THE DETERMINATION OF TORQUE AND THRUST DURING DRILLING OF DUCTILE MATERIALS
• CHAPTER 13. SOME ASPECTS OF DRILLING ULTRAHIGH-STRENGTH STEELS
• CHAPTER 14. MECHANICS OF METAL GRINDING WITH PARTICULAR REFERENCE TO MONTE CARLO SIMULATION
• CHAPTER 15. INCREASING MILLING MACHINE PRODUCTIVITY BYUSE OF CUTTERS WITH NON-CONSTANTCUTTING-EDGE PITCH
• CHAPTER 16. PLANE STRAIN DRAWING OF SANDWICHED METALS
• CHAPTER 17. INVESTIGATION OF THE INFLUENCE OF VARIOUS PARAMETERS ON THE DEEP-DRAWING QUALITY OF SHEET METALS
• CHAPTER 18. AN EXPERIMENTAL PRE-PRODUCTION UNIT FOR SEMI-CONTINUOUS HYDROSTATIC EXTRUSION
• CHAPTER 19. FURTHER DEVELOPMENTS IN THE HIGH-SPEED IMPACT EXTRUSION OF BRITTLE MATERIALS
• CHAPTER 20. INVESTIGATIONS INTO THE HELICAL ROLLINGPROCESS
• CHAPTER 21. INFLUENCE OF MILL SETUP ON HOLLOW GEOMETRY PRODUCED BY ROTARY PIERCING
• CHAPTER 22. ANALYSIS OF THE TUBE-RELIEVING PROCESS
• CHAPTER 23. BLADE WEAR IN BAR CROPPING
• CHAPTER 24. THE FRICTIONAL DAMPING OF PLAIN SLIDEWAYS FOR SMALL FLUCTUATIONS OF THE VELOCITY OF SLIDING
• CHAPTER 25. THE INFLUENCE OF DIFFERENT TYPES OF GUIDEWAYS ON THE STATIC AND DYNAMIC BEHAVIOUR OF FEED DRIVES
• CHAPTER 26. RESEARCH ON MACHINE-TOOL SLIDEWAYS WEAR
• CHAPTER 27. THE APPLICATION OF ANTI-FRICTION BEARINGS IN PRECISION MACHINE TOOL DESIGN
• CHAPTER 28. AN INVESTIGATION OF THE EFFECT OF THE BALLBEARING ELEMENTS' FORM, OUT-OF-ROUNDNESS AND SURFACE FINISH DEGREE ON THE LIFE,LOAD-CARRYING CAPACITY AND RUNNING PERFORMANCE
• CHAPTER 29. THE INFLUENCE OF THE SHAPE AND DIMENSION OFTHE THREAD FORM OF THE BALL SCREW AND ITSBREAK-AWAY TORQUE
• CHAPTER 30. RECENT DEVELOPMENTS IN A PHASE-ANALOGUE SYSTEM FOR THE MEASUREMENT OF LINEARAND ROTARY DISPLACEMENTS
• CHAPTER 31. A RADIAL GRATING DIVIDING ENGINEOF HIGH ACCURACY
• CHAPTER 32. PRACTICAL CONSIDERATIONS IN THE USE OF LASER MEASUREMENT TECHNIQUES WITH MACHINE TOOLS
• CHAPTER 33. INTERPOLATION TECHNIQUES APPLIED TO INCREMENTAL MEASUREMENT
• CHAPTER 34. THE ROLE OF GEOMETRIC ANALYSIS IN DESIGN FOR PRODUCTION
• CHAPTER 35. VIBRATORY FEEDERS
• CHAPTER 36. THE CLASSIFICATION AND PERFORMANCE OF ORIENTING DEVICES
• CHAPTER 37. UNDERWATER EXPLOSIVE FORMING OF RECTANGULAR METAL SHEET
• CHAPTER 38. EXPLOSIVE WELDING OF STELLITE TO STAINLESS STEEL
• CHAPTER 39. THE INFLUENCE OF THE ELECTRICAL AND GEOMETRICAL PARAMETERS IN MAGNETIC FORMING
• CHAPTER 40. A REVIEW OF THE APPLICATION OF OSCILLATORYENERGY TO METALS DEFORMING PLASTICALLY
• CHAPTER 41. METAL FLOW IN FORGING: A PRACTICAL STUDY