The Mechanical and Physical Properties of the British Standard EN Steels (B.S. 970–1955). EN 40 to EN 363

Content: 
Front Matter, Page iii
Copyright, Page iv
FOREWORD, Page vii, E.W. SENIOR
INTRODUCTION, Page ix, J. WOOLMAN, R.A. MOTTRAM
NOTES ON THE USE OF THE TABLES, Pages x-xviii
LIST OF ABBREVIATIONS, Pages xix-xx
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), Pages 1-29, J. WOOLMAN, R.A. MOTTRAM
En 41 - 1½ PER CENT CHROMIUM-ALUMINIUM-MOLYBDENUM NITRIDING STEEL, Pages 30-53, J. WOOLMAN, R.A. MOTTRAM
En 42 - CARBON SPRING STEEL, Pages 54-72, J. WOOLMAN, R.A. MOTTRAM
En 4 - CARBON SPRING STEEL“50” CARBON STEEL, Pages 73-87, J. WOOLMAN, R.A. MOTTRAM
En 44 - CARBON SPRING STEEL (HIGHER CARBON CONTENT), Pages 88-108, J. WOOLMAN, R.A. MOTTRAM
En 45 - SILICON-MANGANESE SPRING STEEL, Pages 109-127, J. WOOLMAN, R.A. MOTTRAM
En 46 - SILICON-MANGANESE SPRING STEEL, Pages 128-133, J. WOOLMAN, R.A. MOTTRAM
En 47 - 1 PER CENT CHROMIUM-VANADIUM SPRING STEEL, Pages 134-149, J. WOOLMAN, R.A. MOTTRAM
En 48 - 1 PER CENT CHROMIUM SPRING STEEL (En 48) SILICON-CHROMIUM SPRING STEEL (En 48A), Pages 150-154, J. WOOLMAN, R.A. MOTTRAM
En 49 - CARBON STEELS FOR HARD DRAWN WIRE, Pages 155-165, J. WOOLMAN, R.A. MOTTRAM
En 50 - CHROMIUM-VANADIUM STEEL FOR WIRE FOR VALVE SPRINGS, Pages 166-177, J. WOOLMAN, R.A. MOTTRAM
En 51 - 3 PER CENT NICKEL VALVE STEEL, Pages 178-179, J. WOOLMAN, R.A. MOTTRAM
En 52 - SILICON-CHROMIUM VALVE STEEL, Pages 180-185, J. WOOLMAN, R.A. MOTTRAM
En 53 - SILICON-CHROMIUM VALVE STEEL, Pages 186-187, J. WOOLMAN, R.A. MOTTRAM
En 54 - HIGH NICKEL-CHROMIUM-TUNGSTEN VALVE STEEL, Pages 188-196, J. WOOLMAN, R.A. MOTTRAM
En 55 - HIGH CHROMIUM-NICKEL-TUNGSTEN VALVE STEEL, Pages 197-207, J. WOOLMAN, R.A. MOTTRAM
En 56 - CHROMIUM RUST-RESISTING STEEL, Pages 208-249, J. WOOLMAN, R.A. MOTTRAM
En 56M - CHROMIUM RUST-RESISTING STEEL (FREE MACHINING), Pages 250-256, J. WOOLMAN, R.A. MOTTRAM
En 57 - MARTENSITIC CHROMIUM-NICKEL RUST-RESISTING STEEL, Pages 257-273, J. WOOLMAN, R.A. MOTTRAM
En 58 - AUSTENITIC CHROMIUM-NICKEL RUST, ACID AND HEAT-RESISTANT STEEL, Pages 274-320, J. WOOLMAN, R.A. MOTTRAM
En 59 - CHROMIUM-NICKEL-SILICON VALVE STEEL, Pages 321-325, J. WOOLMAN, R.A. MOTTRAM
En 60 - FERRITIC CHROMIUM RUST-RESISTING STEEL 17 PER CENT CHROMIUM, Pages 326-331, J. WOOLMAN, R.A. MOTTRAM
En 61 - FERRITIC CHROMIUM RUST-RESISTING STEEL 20 PER CENT CHROMIUM, Pages 332-336, J. WOOLMAN, R.A. MOTTRAM
En 100 - LOW ALLOY STEEL, Pages 337-371, J. WOOLMAN, R.A. MOTTRAM
En 110 - LOW NICKEL-CHROMIUM-MOLYBDENUM STEEL, Pages 372-392, J. WOOLMAN, R.A. MOTTRAM
En 111 - LOW NICKEL-CHROMIUM STEEL, Pages 393-413, J. WOOLMAN, R.A. MOTTRAM
En 160 - 2 PER CENT NICKEL-MOLYBDENUM STEEL, Pages 414-426, J. WOOLMAN, R.A. MOTTRAM
En 201 - CARBON-MANGANESE CASE-HARDENING STEEL, Pages 427-438, J. WOOLMAN, R.A. MOTTRAM
En 202 - CARBON-MANGANESE CASEHARDENING STEEL, Pages 439-441, J. WOOLMAN, R.A. MOTTRAM
En 206 - LOW CHROMIUM CASE-HARDENING STEEL, Pages 442-443, J. WOOLMAN, R.A. MOTTRAM
En 207 - LOW CHROMIUM CASE-HARDENING STEEL, Pages 444-451, J. WOOLMAN, R.A. MOTTRAM
En 325 - LOW NICKEL-CHROMIUM-MOLYBDENUM CASE-HARDENING STEEL, Pages 452-458, J. WOOLMAN, R.A. MOTTRAM
En 351 - ¾ PER CENT NICKEL-CHROMIUM CASE-HARDENING STEEL, Pages 459-481, J. WOOLMAN, R.A. MOTTRAM
En 352 - 1 PER CENT NICKEL–CHROMIUM CASE-HARDENING STEEL, Pages 482-503, J. WOOLMAN, R.A. MOTTRAM
En 353 - 1¼ PER CENT NICKEL-CHROMIUM CASE-HARDENING STEEL, Pages 504-523, J. WOOLMAN, R.A. MOTTRAM
En 354 - 1¾ PER CENT NICKEL-CHROMIUM-MOLYBDENUM CASE-HARDENING STEEL, Pages 524-539, J. WOOLMAN, R.A. MOTTRAM
En 355 - 2 PER CENT NICKEL-CHROMIUM-MOLYBDENUM CASE-HARDENING STEEL, Pages 540-559, J. WOOLMAN, R.A. MOTTRAM
En 361 - “15” CARBON LOW-ALLOY CASE-HARDENING STEEL, Pages 560-571, J. WOOLMAN, R.A. MOTTRAM
En 362 - “20” CARBON LOW-ALLOY CASE-HARDENING STEEL, Pages 572-582, J. WOOLMAN, R.A. MOTTRAM
En 363 - “25” CARBON LOW-ALLOY STEEL CASE-HARDENING, Pages 583-591, J. WOOLMAN, R.A. MOTTRAM
APPENDIX I - ELECTRICAL RESISTIVITY (Q), THERMAL CONDUCTIVITY (k) AND LORENZ FUNCTION (L) OF 22 STEELS (N.P.L. DATA), Pages 592-593
APPENDIX II - COMPARISON OF ELONGATION ON L=4 √A AND L=5·65 √A, Page 594
APPENDIX III - APPROXIMATE RELATIONSHIP BETWEEN VARIOUS HARDNESS NUMBERS, Page 595
APPENDIX IV - TONS PER SQUARE INCH TO KILOGRAMMES PER SQUARE MILLIMETRE, Pages 596-599
APPENDIX V - TEMPERATURE CONVERSION TABLE, Pages 600-601
APPENDIX VI - COMPARISON OF IMPACT VALUES OBTAINED WITH THE BRITISH STANDARD IZOD TEST AND VARIOUS ALTERNATIVE METHODS OF TESTING, Page 602