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美国钢铁协会标准，AISI标准 About AISI
For over a century, North American steel producers have left their day-to-day rivalries behind to work as partners and members of the American Iron and Steel Institute in furthering its mission to promote steel as the material of choice and to enhance the competitiveness of the North American steel industry and its member companies.
AISI's overall mission centers around common goals and a clear vision for the future: To provide high-quality, value-added products to a wide array of customers; lead the world in innovation and technology in the production of steel; produce steel in a safe and environmentally friendly manner; and
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increase the market for North American Steel in both traditional and innovative
applications.
1 AISI 153-1985 Steel Pile Load Test Data
2 AISI 156-1981 Handbook of Corrosion Protection for Steel Pile Structures in Marine Environments
3 AISI 157-1982 Steel Pile; Pile Cap Connection
4 AISI A-1-1991 Performance of Steel Buildings in Past Earthquakes 5 AISI A-2-1991 Steel; An Investment in Seismic Safety
6 AISI AU-101-1987 Sheet Steel Thickness Tolerances as Frequently Specified for Automotive Applications Hot Rolled Sheet Steels
7 AISI AU-230-1990 Automotive Steels Critical Issues: Weight Cost Safety Recycling Manufacturing
8 AISI AU-603C-1990 Coatings for Automotive Sheet Steels 9 AISI AU-603D-1990 High Strength Sheet Steel Source Guide 10 AISI AU89-1-1989 Automotive Sheet Metal Formability
11 AISI BR-901-1990 Capabilities of the Following North American Steel Bar Producers: Companies Bethlehem Steel Co. Bar, Rod & Wire Div. Inland Bar and Structural Republic Engineered Steels Sidbec-Dosco, Inc. Stelco Steel Co. USS/Kobe Steel Co.
12 AISI CF-91-1-1991 Preliminary Design Guide for Cold-Formed C- and Z-Members 13 AISI CF-93-1-1992 Tensile Strength of Welded Connections
14 AISI CF87-1-1987 Development of a Unified Approach to the Design of Cold-Formed Steel Members
15 AISI CF92-1-1992 Test Methods for Mechanically Fastened Cold-Formed Steel Connections
16 AISI CF92-2-1992 Shear Resistance of Walls with Steel Studs
17 AISI E-1-1992 Steel Tanks for Liquid Storage Steel Plate Engineering Data - Volume 1 18 AISI E-2-1992 Useful Information on the Design of Plate Structures Steel Plate Engineering Data - Volume 2
19 AISI E-3-1989 Welded Steel Pipe Steel Plate Engineering Data - Volume 3 20 AISI E-4-1992 Buried Steel Penstocks-First Edition
21 AISI E-5-1989 Useful Information on the Design of Steel Bins and Silos
22 AISI E-6-1984 Handbook of Steel Pipe
23 AISI FIR Fire Protection Through Modern Building Codes 1981 24 AISI J-1-1991 Properties of Bridge Steels
25 AISI J-2-1987 Suggested Autostress Procedures for Load Factor Design of Steel Beam Bridges
26 AISI ROL Role of Stainless Steels in Desalination 1974
27 AISI SG-539-1986 Forming of Galvanized Sheet Steels Guidelines for Automotive Applications
28 AISI SG-673-1986 Cold-Formed Steel Design Manual
29 AISI SG-673 PART I-1986 Specification for the Design of Cold-Formed Steel Structural Members August 19, 1986, Edition with December 11, 1989 Addendum Cold-Formed Steel Design Manual - Part I
30 AISI SG-673 PART II-1986 Commentary on the Specification for the Design of Cold-Formed Steel Structural Members August 19, 1986 Edition with December 11, 1989 Addendum Cold-Formed Steel Design Manual - Part II
31 AISI SG-673 PART III-1986 Supplementary Information to the August 19, 1986, Edition of the Specification for the Design of Cold-Formed Steel Structural Members Cold-Formed Steel Design Manual - Part III
32 AISI SG-673 PART IV-1986 Illustrative Examples Based on the August 19, 1986, Edition of the Specification for the Design of Cold-Formed Steel Structural Members Cold-Formed Steel Design Manual - Part IV
33 AISI SG-673 PART V-1986 Charts and Tables for Use with the August 19, 1986, Edition of the Specification for the Design of Cold-Formed Steel Structural Members Cold-Formed Steel Design Manual - Part V
34 AISI SG-673 PART VI-1986 Computer Aids for Use with the August 19, 1986, Edition of the Specification for the Design of Cold-Formed Steel Structural Members Cold-Formed Steel Design Manual - Part VI
35 AISI SG-673 PART VII-1986 Test Procedures for Use with the August 19, 1986, Edition of the Specification for the Design of Cold-Formed Steel Structural Members Cold-Formed Steel Design Manual - Part VII
36 AISI SG-731-1991 Cracking down on Corrosion Cooperative Efforts Toward Vehicle Durability
37 AISI SG-787-1980 Fastening of Lightweight Steel Framing
38 AISI SG-836-1981 Sheet Steel Properties and Fatigue Design for Ground Transportation Engineers
39 AISI SG-861-1993 Handbook of Steel Drainage & Highway Construction Products 40 AISI SG-862-1990 Modern Sewer Design
41 AISI SG-910-1991 Cold-Formed Steel Design Computer Programs 42 AISI SG-913-1991 LRFD Cold-Formed Steel Design Manual
43 AISI SG-913 PART I-1991 Load and Resistance Factor Design Specification for Cold-Formed Steel Structural Members March 16, 1991 Edition LRFD Cold-Formed Steel Design Manual - Part I
44 AISI SG-913 PART II-1991 Commentary on the Load and Resistance Factor Design Specification for Cold-Formed Steel Structural Members LRFD Cold-Formed Steel Design
Manual - Part II
45 AISI SG-913 PART III-1991 Supplementary Information on the March 16, 1991 Edition of the Load and Resistance Factor Design Specification for Cold-Formed Steel Structural Members LRFD Cold-Formed Steel Design Manual - Part III
46 AISI SG-913 PART IV-1991 Illustrative Examples Based on the March 16, 1991 Edition of the Load and Resistance Factor Design Specification for Cold-Formed Steel Structural Members LRFD Cold-Formed Steel Design Manual-Part IV
47 AISI SG-913 PART V-1991 Charts and Tables for Use with the March 16, 1991 Edition of the Load and Resistance Factor Design Specification for Cold-Formed Steel Structural Members LRFD Cold-Formed Steel Design Manual - Part V
48 AISI SG-913 PART VI-1991 Computer Aids for Use with the March 16, 1991 Edition of the Load and Resistance Factor Design Specification for Cold-Formed Steel Structural Members LRFD Cold-Formed Steel Design Manual - Part VI
49 AISI SG-913 PART VII-1991 Test Procedures for Use with the March 16, 1991 Edition of the Load and Resistance Factor Design Specification for Cold-Formed Steel Structural Members LRFD Cold-Formed Steel Design Manual - Part VII
50 AISI SG-936-1986 Spot Welding Sheet Steel Cost-Effective Strength for Automotive Applications
51 AISI SG-937-1982 Automotive Steels: They Still Do It Better Cost Savings/Corrosion Protection/Weight Reductions in Components Seen at the 1982 AISI/SAE Exhibit 52 AISI SG02-2-2001 Commentary on North American Specification for the Design of Cold-Formed Steel Structural Members
53 AISI SG81-5-1981 Welding in the Automotive Industry
54 AISI SG83-1-1983 Review of Testing Methods and Existing Data on Corrosion Fatigue 55 AISI SG84-1-1984 Effect of Type and Magnitude of Forming Strains on Fatigue Behavior of Two Hot-Rolled Sheet Steels
56 AISI SG85-2-1985 Solutions to Manufacturing Problems Using Galvanized Steel 57 AISI SG86-7-1986 How to Achieve Quality Sheet Metal Automotive Stampings 58 AISI SG503-1976 Design and Fabrication of Cold-Formed Steel Structures 59 AISI SG538-1985 Sheet Steel Thickness Tolerances as Frequently Specified for Automotive Applications Cold Rolled and Coated Sheet Steels One-Half ASTM Standard Thickness Tolerances with ISO Minimum Edge Distance
60 AISI SG631R-1977 Cost-Effective Weight Reduction with Sheet Steel 61 AISI STAINLESS Stainless Steel Cold-Formed Structural Design Manual 1974 62 AISI Z-5-1979 Fire-Safe Structural Steel
63 AISI Z-6-1981 Fire Protection Through Modern Building Codes
Basically, AISI is an association that deal with the busisness of making steel - including how to make steel manufacturing safer and more profitable. ASTM, on the other hand, is a body that defines \testing so that what one manufacturer calls \stainless\is the same material (chemically and physically) as everybody else's \below. ~ * ~ * ~
The American Iron and Steel Institute (AISI) is an association of North American steel producers. With its predecessor organizations, is one of the oldest trade associations in the United States, dating back to 1855. It assumed its present form in 1908, with Judge Elbert H. Gary, chairman of the United States Steel Corporation, as its first president. Its development was in response to the need for a cooperative agency in the iron and steel industry for collecting and disseminating statistics and information, carrying on investigations, providing a forum for the discussion of problems and generally advancing the interests of the industry. ~ * ~ * ~
ASTM International is an international voluntary standards organization that develops and produces technical standards for materials, products, systems, and services. It was formed in 1898 in the United States as the American Society for Testing and Materials by a group of scientists and engineers, led by Charles Benjamin Dudley, who wanted to address the frequent rail breaks plaguing the fast-growing railroad industry. The group developed a standard for the steel used to fabricate rails.
Today, ASTM International maintains more than 12,000 standards. The Annual Book of ASTM Standards consists of 77 volumes. Membership in the organization is open to anyone with an interest in the fields the organization services. Members represent manufacturers, users, governments, and academia from over 100 countries.
ASTM Standards compliance is voluntary but in the United States, with the 1995 passage of the National Technology Transfer and Advancement Act, the U.S. government is required to use privately developed standards whenever possible. As a result, ASTM Standards have been incorporated into or are referred to by many federal regulations.