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Tetsu-to-Hagané
Vol. 56 (1970), No. 3

Tetsu-to-Hagané Vol. 56 (1970), No. 3

粗鋼1億トン時代の技術的課題

石渡鷹雄

pp. 369-370

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粗鋼1億トン時代の技術的課題

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Theoretical Analysis on the Operation of Sintering

Iwao MUCHI, Juzo HIGUCHI

pp. 371-381

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Theoretical Analysis on the Operation of Sintering

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Abstract

On the basis of a mathematical model for sintering process, the effects of operating variables, i. e., temperature and oxygen concentration of gas in ignition furnace, time for ignition, mass velocity of gas, diameter and temperature of solid particles to be fed, mass fraction of coke in a burden materials and voidage of bed, on the temperature distributions in sintering bed are estimated from numerical calculations with the aid of digital computer.
Also, theoretical analysis on the optimum pallet speed to obtain a maximum production rate in Dwight-Lloyd sintering process is developed, and the equations on the optimum pallet speed, maximum production rate and mean yield are proposed in terms of the expressions for the definitions of sintering velocity and sintering time.
Effects of Arsenic, Antimony and Tin on Strength, Recrystallization Temperature and Snoek Peak of Alpha Iron

KO SOENO, Masatoshi TSUCHIYA

pp. 382-390

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Effects of Arsenic, Antimony and Tin on Strength, Recrystallization Temperature and Snoek Peak of Alpha Iron

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Abstract

Synopsis:
Effects of arsenic, antimony and tin on strength, recrystallization temperature and Snoek peaks of alpha iron were investigated. It was found that the increase in tensile strength caused by cold drawing became layer in the order, arsenic, tin and antimony addition. Effect of arsenic on the recrystallization temperature of alpha iron was not observed, on the contrary, antimony and tin affected the recrystallization temperature and it rised about 90°C. Changes in tensile strength and in electrical resistivity at liquid nitrogen temperature after aging the alloys quenched from 950°C were also investigated. The changes assumed to be due to precipitation were found in the alloys bearing more than about 0.25 atomic per cent antimony and tin, but were not found in the alloys containing less than 0.045 atomic per cent of antimony and 0.094 atomic per cent of tin, and less than 0.38 atomic per cent of arsenic.
The internal friction peaks owing to carbon and nitrogen were investigated by using the alloys containing about 0.25 atomic per cent arsenic, antimony and tin. In addition to the usual carbon and nitrogen peaks, abnormal peaks were observed on high temperature side of the usual peaks. Activation energies of the abnormal peaks were determined as 19.1 kcal/mol in Fe-As-N, 19.2 kcal/mol in Fe-Sb-N, 200 kcal/mol in Fe-As-C, 21.5 kcal/ mol in Fe-As-C, 21.2 kcal/mol in Fe-Sb-C, and 22.5 kcal/mol in Fe-Sn-C.
Machinability of Calcium-Deoxidized Steel

Ryonosuke NARUTAKI, Kazuaki IWATA, Syunji YAMAMOTO, Yoshihiro YAMAGUCHI

pp. 391-401

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Machinability of Calcium-Deoxidized Steel

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Abstract

In order to evaluate the feasibility of Ca-deoxidized steels, machinability tests on variously deoxidized 0.45%C steels are done with carbide tools. The effects of deoxidation on the machinability based on tool life are investigated, and the relationship between oxygen-, aluminum-, calcium-contents in steels and their tool life characteristics is determined.
Generally, the higher oxygen content in steel is favorable for the formation of oxide layer on the tool face during cutting various steels. In cutting the steels deoxidized appropriately with Ca, however, the tool wear is found to be considerably suppressed even if their oxygen contents are fairly low. In these cases, very thin oxide layers are observed on tool faces. It seems that the formation of thick oxide layer on tool face is only sufficient condition for good machinability but is not necessary one. Negative correlation is observed between Al content and machinability of Ca-deoxidized steels.
It is confirmed that the Ca-deoxidation is applicable to Cr-Mo steels and resulphurized steels for good machinability, too.
The results of identifying analysis of oxide layers on tool faces are discussed.
Recent Research on Press Forming Limit of Steel Sheet

Kiyota YOSHIDA

pp. 402-419

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Recent Research on Press Forming Limit of Steel Sheet

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New Techniques of Heat Treatment

Shigeo OHWAKU

pp. 420-428

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New Techniques of Heat Treatment

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On the TRIP Steel

Imao TAMURA

pp. 429-445

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On the TRIP Steel

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Development of Steels for Nuclear Power Plant

Masayoshi HASEGAWA, Toshio YONEZAWA

pp. 446-462

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討論会集録

吉井周雄, 羽田野道春, 大谷正康, 徳田昌則, 桜井昭二, 佐藤範彦, 岡部侠児, 槌谷暢男, 鈴木章, 高橋忠義, 満尾利晴, 堀籠健男, 北村征義, 河野六郎, 宮川一男, 野村悦夫, 石井正義, 横田孝三, 石塚寛, 笹口昭三郎, 長谷川正義, 館野正毅, 佐野正之

pp. 463-488

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討論会集録

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抄録

pp. 489-500

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抄録

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23 Sep. (Last 30 Days)

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Tetsu-to-Hagané Vol. 56 (1970), No. 3

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