Category: History - Modern (1750+)

Non-technical chats on iron and steel, and their application to modern industry

When in imagination we see the iron maker of early days sitting cross-legged on his platform between two crude bellows formed from goat skins with slits for air intakes and nozzles of bamboo, working them alternately to deliver their pitifully small streams of air into the hol...

Chapters

1. CHAPTER I

When in imagination we see the iron maker of early days sitting cross-legged on his platform between two crude bellows formed from goat skins with slits for air intakes and nozz...

2. CHAPTER II

A story has it that a minister once visited a friend who was a zoölogist. Upon realizing for the first time how highly organized a creature was the humble earth-worm with its th...

3. CHAPTER III

Since the beginnings of iron manufacture, charcoal has been a favorite fuel. Though during the past two centuries coke has grown to be the standard, with anthracite and some few...

4. CHAPTER IV

Up the dark tower shoots the elevator with its “buggy” of coke. Its speed is not conditioned to the comfort of man, who is not supposed to be a passenger, except the occasional...

5. CHAPTER V

We have arrived at the parting of the ways. From the vast beds of iron ore, the coal fields and coke ovens, and from the quarries of limestone, all roads have led to the blast f...

6. CHAPTER VI

We of America, and especially of the West, never have been particularly devoted to the study of our genealogies. However, it is likely that most of us at one time or other in ou...

7. CHAPTER VII

In the early days practically the only steels recognized—certainly the only ones desired—were of the high carbon or hardening variety. These were required for the manufacture of...

8. CHAPTER VIII

The “Manufacture of Malleable Iron and Steel without Fuel” was the startling title of a scientific paper read in 1856 before the British Association for the Advancement of Scien...

9. CHAPTER IX

Bessemer’s was a wonderful process, but the time seemed to be ripe for great development along metallurgical lines, and the method of converting pig iron into steel which he dev...

10. CHAPTER X

From the preceding chapters we now know pretty well the place which cast iron occupies in the iron family. In the chapters which have succeeded the one in which we discussed the...

11. CHAPTER XI

Unlike the modern Bessemer, open-hearth, and other steel products which are reworked, i.e., rolled, forged, etc., cast iron is a comparatively old alloy dating back over several...

12. CHAPTER XII

It almost goes without saying that the capacity to withstand distortion without breaking was the meaning of and the reason for the use of the term “malleable.” But wrought iron...

13. CHAPTER XIII

We have seen how primitive man hunted and fought with no implements and weapons better than clubs, bows and arrows, and stone hatchets, and how his wife cracked and ground the c...

14. CHAPTER XIV

We have learned that steel, fundamentally, is an alloy of iron with carbon, i.e., carbon is the characteristic element. We are now to note what often seem to be exceptions to th...

15. CHAPTER XV

During early centuries the art of metal cutting made little progress except in-so-far as the application of greater driving power and the use of better machines were concerned....

16. CHAPTER XVI

Molten steel is practically always poured into upright molds of cast iron which shape it into long slightly tapering blocks of metal of square or rectangular cross-section. Afte...

17. CHAPTER XVII

After invention of the puddling furnace with its rather large yield from the standpoint of those days, Cort about 1783 found the hammering method unsatisfactory for his purposes...

18. CHAPTER XVIII

Steel rods and what we will call large wires are rolled from billets which are long, and approximately square blocks of steel. The size and shape of the billets used vary, depen...

19. CHAPTER XIX

It may be rather disconcerting to some enthusiastic ones who assume that we Moderns have made all the progress that is worth while to learn that so many of our supposedly new pr...

20. CHAPTER XX

Tubes of some sort have been in use by man since very early times. Nature provided the first ones in the way of hollow stems of shrubs, such as alder and bamboo. Some of these w...

21. CHAPTER XXI

It is more than likely that the popularity of the bicycle, which created the recent great demand for strong, light and perfect tubes, was largely instrumental in developing the...

22. CHAPTER XXII

Now through these chapters we have attempted to discuss in an entirely non-technical manner the subjects presented. On this account we were compelled to forego discussion of man...

23. CHAPTER XXIII

It was a great day for metallurgy when it was discovered that molten mixtures were governed by the same natural laws which govern our ordinary liquid solutions. Probably it was...

24. CHAPTER I

25. CHAPTER II

26. CHAPTER III

“Washing and Coking Tests of Coal and Cupola Tests of Coke,” R. Moldenke, A. W. Belden, and G. R. Delamater, U. S. Fuel Testing Plant, St. Louis, Mo., U. S. Geological Survey, B...

27. CHAPTER IV

28. CHAPTER VI

29. CHAPTER VII

30. CHAPTER VIII

“The Romance of Iron and Steel—The Story of a Thousand Millionaires,” H. N. Casson, Munsey’s Magazine, April, 1906, and on; In book form, A. S. Barnes & Co., New York.

31. CHAPTER IX

32. CHAPTER XII

33. CHAPTER XIII

34. CHAPTER XVI

35. CHAPTER XVII

Irons, “black heart” malleable cast, 209 Busheled, 105 cast (See also Semi-steel), 7, 79, =160=, =178=, 346 classification of, 69, 89 early history of, 1, 4, 91 ingot, 75 mallea...