The Mechanical and Physical Properties of the British Standard EN Steels (B.S. 970 - 1955)

EN 40 to EN 363

J. Woolman, R. A. Mottram

• Publisher: Pergamon
• Year: 2013
• Print ISBN:
  9780080127873
• eBook ISBN:
  9781483152516
• Topic: Technology & Engineering
• Subtopic: Physics
• Index: Physics

The Mechanical and Physical Properties of the British Standard En Steels (B.S. 970-1955), Volume 3: En 40 to En 363 contains technical data and information in addition to mechanical and physical properties of the most commonly used range of steels in the United Kingdom, the B.S.970 En Steels. This volume is compiled by the Steel User Service of the British Iron and Steel Research Association. This book is divided into 40 chapters, each devoted to one En number. Each chapter contains various items of information, including Specification, Related Specifications, Applications, Welding, Machinability, Hot Working and Heat Treatment Temperatures, Physical Properties, Isothermal and Continuous Cooling Diagrams, Hardenability, Mechanical Properties at Room Temperatures, Mechanical Properties at Low Temperatures, Mechanical Properties at High Temperatures, and Torsional and Fatigue Properties. Some of the En specifications are sub-divided into steels of slightly different composition. The tables and curves are reproduced to show graphically the effects of tempering temperature and of ruling section as heat treated and also to indicate the range of properties that be expected from steels conforming to a particular En number. This book will prove useful to engineers, designers, manufacturers, and users.

Table of contents

• Front Cover
• The Mechanical and Physical Properties of the British Standard En Steels (B.S. 970-1955)
• Copyright Page
• Table of Contents
• FOREWORD
• INTRODUCTION
• NOTES ON THE USE OF THE TABLES
• LIST OF ABBREVIATIONS
• CHAPTER 1. En 40 - EN 40A, EN 40B: 3 PER CENT CHROMIUM-MOLYBDENUM NITRIDING STEEL EN 40C: 3 PER CENT CHROMIUM-MOLYBDENUM-VANADIUM NITRIDING STEEL (HIGHER TENSILE)
• CHAPTER 2. En 41 - 11/2 PER CENT CHROMIUM-ALUMINIUM-MOLYBDENUM NITRIDING STEEL
• CHAPTER 3. En 42 - CARBON SPRING STEEL
• CHAPTER 4. En 43 - CARBON SPRING STEEL—"50" CARBON STEEL
• CHAPTER 5. En 44 - CARBON SPRING STEEL (HIGHER CARBON CONTENT)
• CHAPTER 6. En 45 - SILICON-MANGANESE SPRING STEEL
• CHAPTER 7. En 46 - SILICON-MANGANESE SPRING STEEL
• CHAPTER 8. En 47 - 1 PER CENT CHROMIUM-VANADIUM SPRING STEEL
• CHAPTER 9. En 48 - 1 PER CENT CHROMIUM SPRING STEEL (En 48) SILICON-CHROMIUM SPRING STEEL (En 48A)
• CHAPTER 10. En 49 - CARBON STEELS FOR HARD DRAWN WIRE
• CHAPTER 11. En 50 - CHROMIUM-VANADIUM STEEL FOR WIRE FOR VALVE SPRINGS
• CHAPTER 12. En 51 - 3 PER CENT NICKEL VALVE STEEL
• CHAPTER 13. En 52 - SILICON–CHROMIUM VALVE STEEL
• CHAPTER 14. En 53 - SILICON–CHROMIUM VALVE STEEL
• CHAPTER 15. En 54 - HIGH NICKEL–CHROMIUM–TUNGSTEN VALVE STEEL
• CHAPTER 16. En 55 - HIGH CHROMIUM–NICKEL–TUNGSTEN VALVE STEEL
• CHAPTER 17. En 56 - CHROMIUM RUST-RESISTING STEEL
• CHAPTER 18. En 56M - CHROMIUM RUST-RESISTING STEEL (FREE MACHINING)
• CHAPTER 19. En 57 - MARTENSITIC CHROMIUM–NICKEL RUST-RESISTING STEEL
• CHAPTER 20. En 58 - AUSTENITIC CHROMIUM–NICKEL RUST, ACID AND HEAT-RESISTANT STEEL
• CHAPTER 21. En 59 - CHROMIUM-NICKEL-SILICON VALVE STEEL
• CHAPTER 22. En 60 - FERRITIC CHROMIUM RUST-RESISTING STEEL 17 PER CENT CHROMIUM
• CHAPTER 23. En 61 - FERRITIC CHROMIUM RUST-RESISTING STEEL 20 PER CENT CHROMIUM
• CHAPTER 24. En 100 - LOW ALLOY STEEL
• CHAPTER 25. En 110 - LOW NICKEL–CHROMIUM–MOLYBDENUM STEEL
• CHAPTER 26. En 111 - LOW NICKEL–CHROMIUM STEEL
• CHAPTER 27. En 160 - 2 PER CENT NICKEL–MOLYBDENUM STEEL
• CHAPTER 28. En 201 - CARBON–MANGANESE CASE-HARDENING STEEL
• CHAPTER 29. En 202 - CARBON–MANGANESE CASEHARDENING STEEL
• CHAPTER 30. En 206 - LOW CHROMIUM CASE-HARDENING STEEL
• CHAPTER 31. En 207 - LOW CHROMIUM CASE-HARDENING STEEL
• CHAPTER 32. En 325 - LOW NICKEL–CHROMIUM–MOLYBDENUM CASE-HARDENING STEEL
• CHAPTER 33. En 351 -3/4 PER CENT NICKEL–CHROMIUM CASE HARDENING STEEL
• CHAPTER 34. En 352 - 1 PER CENT NICKEL–CHROMIUM CASE HARDENING STEEL
• CHAPTER 35. En 353 - 11/4 PER CENT NICKEL–CHROMIUM CASE-HARDENING STEEL
• CHAPTER 36. En 354 - 13/4 PER CENT NICKEL-CHROMIUMMOLYBDENUM CASE-HARDENING STEEL
• CHAPTER 37. En 355 - 2 PER CENT NICKEL–CHROMIUM–MOLYBDENUM CASE-HARDENING STEEL
• CHAPTER 38. En 361 - "15" CARBON LOW-ALLOY CASE-HARDENING STEEL
• CHAPTER 40. En 363 - "25" CARBON LOW-ALLOY STEEL CASE-HARDENING
• APPENDIX I: ELECTRICAL RESISTIVITY (P), THERMAL CONDUCTIVITY (k) AND LORENZ FUNCTION (L) OF 22 STEELS (N.P.L. DATA)
• APPENDIX II: COMPARISON OF ELONGATION ON L=4 A AND L=5-65 A
• APPENDIX III: APPROXIMATE RELATIONSHIP BETWEEN VARIOUS HARDNESS NUMBERS
• APPENDIX IV: TONS PER SQUARE INCH TO KILOGRAMMES PER SQUARE MILLIMETRE
• APPENDIX V: TEMPERATURE CONVERSION TABLE
• APPENDIX VI: COMPARISON OF IMPACT VALUES OBTAINED WITH THE BRITISH STANDARD IZOD TEST AND VARIOUS ALTERNATIVE METHODS OF TESTING