Advances in Machine Tool Design and Research 1969
eBook - PDF

Advances in Machine Tool Design and Research 1969

Proceedings of the 10th International M.T.D.R. Conference, University of Manchester Institute of Science and Technology, September 1969

  1. 744 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Advances in Machine Tool Design and Research 1969

Proceedings of the 10th International M.T.D.R. Conference, University of Manchester Institute of Science and Technology, September 1969

About this book

Advances in Machine Tool Design and Research 1969 focuses on the processes, methodologies, and techniques in the design of machine tools. The book contains the proceedings of the 10th International M.T.D.R. Conference held at the University of Manchester in September 1969. The selection first discusses examples and problems in the implementation of modern design features on large machine tools and development of numerically controlled conventional turning machines. The book reviews the theory and practice of fluid dampers in machine tools, including eccentricity of cylindrical film dampers, border effect, and vapor and gas pressure. The text also discusses tool life vibrations of grinding wheels as a function of vibration amplitude; thermal deformations of gear-cutting machines; thermal behavior of machine tools; and the effects of thermal deformation on the cylindrical accuracy in grinding process. The book also takes a look at the trends in manufacturing systems concepts and technical criteria to be used when purchasing machine tools. The selection is a dependable reference for readers interested in machine tool design.

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Yes, you can access Advances in Machine Tool Design and Research 1969 by S. A. Tobias,F. Koenigsberger in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Engineering General. We have over one million books available in our catalogue for you to explore.

Table of contents

  1. Front Cover
  2. Advances in Machine Tool Design and Research 1969
  3. Copyright Page
  4. Table of Contents
  5. Part 1: Opening Address
  6. Chapter 2. SOME EXAMPLES AND PROBLEMS INIMPLEMENTATION OF MODERN DESIGNFEATURES ON LARGE SIZE MACHINE TOOLS
  7. Chapter 3. N/C DEVELOPMENT INFLUENCESCONVENTIONAL TURNING MACHINES
  8. Chapter 4. THEORY AND PRACTICE OF FLUID DAMPERSIN MACHINE TOOLS
  9. Chapter 5. DESIGN AND APPLICATION OF A SELFOPTIMIZINGDAMPER FOR INCREASINGMACHINE TOOL PERFORMANCE
  10. Chapter 6. DAMPING CAPACITY OF RUBBERLIKEMATERIALS LOADED IN COMPRESSION, ANDDEPENDENCE OF THEIR DAMPING CAPACITYON SEVERAL PARAMETERS
  11. Chapter 7. THE INFLUENCE OF PROCESS VARIABLES ONMATERIAL REMOVAL, SURFACE INTEGRITY,SURFACE FINISH AND VIBRATION IN GRINDING
  12. Chapter 8. HIGH-SPEED GRINDING OF CAMSHAFTS
  13. Chapter 9. TOOL LIFE VARIATION OF GRINDINGWHEELS AS A FUNCTION OF VIBRATIONAMPLITUDE
  14. Chapter 10. THERMAL DEFORMATIONS OF GEAR-CUTTINGMACHINES; SIMULATION OF MACHININGBY HYDRAULIC BRAKING
  15. Chapter 11. THERMAL BEHAVIOUR OF MACHINE TOOLS
  16. Chapter 12. EFFECT OF THERMAL DEFORMATION ON THECYLINDRICAL ACCURACY IN A GRINDINGPROCESS
  17. Chapter 13. IN-PROCESS MEASUREMENT OF WHEELSURFACE IN GRINDING OPERATIONS
  18. Chapter 14. INCREASING THE PRECISION ANDPRODUCTIVITY OF A MILLING MACHINE BYADAPTIVE CONTROL
  19. Chapter 15. SERVOSTATIC GUIDEWAYS—A NEW KIND OFHYDRAULICALLY OPERATING GUIDEWAYSFOR MACHINE TOOLS
  20. Chapter 17. THE PRESENT POSITION OF THE METALCUTTING PROCESS
  21. Chapter 18. ON DEFORMATION AT LARGE STRAINS
  22. Chapter 19. CONTACT RESISTANCE METHODS OFHOT MACHINING
  23. Chapter 20. EXPERIENCE IN THE MACHINING OF ULTRA HIGHSTRENGTH STEELS
  24. Chapter 21. ANALYSIS OF CHIP CURVATURE
  25. Chapter 22. TORSIONAL VIBRATIONS AND MACHINE-TOOLSTABILITY
  26. Chapter 23. DOMINATING PARAMETERS IN GRINDINGWHEEL—AND WORKPIECE REGENERATIVECHATTER
  27. Chapter 24. DETERMINATION OF THE TRANSFERFUNCTION BY MEANS OF SPECTRAL DENSITYMEASUREMENTS AND ITS APPLICATION TOTHE DYNAMIC INVESTIGATION OF MACHINETOOLS UNDER MACHINING CONDITIONS
  28. Chapter 25. PURPOSE AND APPLICATION OF VIBRATIONMEASURING TECHNIQUES IN INDUSTRIALPRACTICE
  29. Chapter 26. THE EFFECT OF GRINDING WHEELUNBALANCE ON WORKPIECE WAVINESS
  30. Chapter 27. EXTERNALLY PRESSURIZED BEARING DESIGNPROCEDURES DEVELOPED AT LANCHESTERCOLLEGE OF TECHNOLOGY
  31. Chapter 28. MODES OF FAILURE IN MULTIRECESSHYDROSTATIC JOURNAL BEARINGS
  32. Chapter 29. THE DYNAMIC CHARACTERISTICS OF AHYDROSTATICALLY SUPPORTED SPINDLEBEARING SYSTEM
  33. Chapter 30. INVESTIGATION ON THE DYNAMICBEHAVIOUR OF HYDROSTATIC SPINDLEBEARINGSYSTEMS
  34. Chapter 31. A NEW TYPE OF LINEAR ROLLER BEARING
  35. Chapter 33. THE INVESTIGATION OF METAL FORMINGPROCESSES AS PART OF A TECHNICALSYSTEM
  36. Chapter 34. SCALING PROBLEMS IN THE DEVELOPMENTOF FREE IMPLOSIVE FORMING OFROOTS-BLOWER IMPELLERS
  37. Chapter 35. SPEED EFFECTS IN HOT CLOSED DIE FORGING
  38. Chapter 36. THE MATHEMATICAL CALIBRATION OF THERING TEST FOR FRICTION STUDIES INFLAT FORGING OPERATIONS
  39. Chapter 37. A STUDY OF THE MECHANICS OF WIREDRAWING WITH A SUPERIMPOSEDULTRASONIC STRESS
  40. Chapter 38. TRENDS IN MANUFACTURING SYSTEMSCONCEPTS
  41. Chapter 39. MANUFACTURING SYSTEM CONCEPTDEVELOPMENT AND INTEGRATION
  42. Chapter 40. SOME TECHNICAL CRITERIA FOR USE WHENBUYING MACHINE TOOLS
  43. Chapter 41. GROUP TECHNOLOGY —SOME ECONOMIC ANDDESIGN CONSIDERATIONS
  44. Chapter 42. PARTS FAMILY MANUFACTURING METHOD INMACHINE TOOL PRODUCTION
  45. Chapter 43. WEAR UNDER STICK-SLIP CONDITIONS
  46. Chapter 44. DISTRIBUTION OF CONTACT PRESSURE ONMACHINE-TOOL SLIDEWAYS
  47. Chapter 45. THE AXIAL STIFFNESS OF THRUST BEARINGASSEMBLIES FOR N.C. MACHINE TOOLFEED DRIVES
  48. Chapter 46. INVESTIGATIONS ON THE POSSIBILITIES OFPROGRAMMING A TRACER MILLING MACHINE WORKWITH USE OF ANALOG OPERATIONAL TECHNIQUEFROM A CONTOUR-LINE DRAWING
  49. Chapter 47. USE OF NUMERICAL CONTROL IN THE CARINDUSTRY FOR BODY DRAWING AND STAMPINGTOOL MILLING
  50. Chapter 48. PROBLEMS ENCOUNTERED IN THE DESIGN ANDDEVELOPMENT OF LARGE CAPACITYMACHINING CENTRES
  51. Chapter 49. TOOL CHANGE DEVICES FOR NUMERICALLYCONTROLLED MACHINE TOOLS
  52. Chapter 50. THE DESIGN BANK: A PROPOSAL FOR MAKINGBETTER USE OF DESIGN WORK