The UNS for Metals and Alloys provides a means of correlating many internationally used metal and alloy numbering systems administered by societies, trade associations, and individual users and producers of metals and alloys. Jointly developed by ASTM International and the Society of Automotive Engineers (SAE), it provides the uniformity necessary for efficient indexing, record keeping, data storage and retrieval, and cross-referencing. The 12th edition has been updated to include more than 5,600 designations, 4,100 representative specification cross references, and 15,350 trade names. This edition includes: Introduction Index to UNS Designations by Base Elements Listing of UNS Numbers assigned-to date, with a description of each material covered and references to documents in which the same or similar materials are described Cross-index of commonly known documents which describe materials which are the same as or similar to those covered by UNS numbers Index of Common Trade Designations Reprint of the J1086/ASTM E527 Standard "Recommended Practice for Numbering Metals and Alloys" Cross-references include specifications from these organizations: AA (Aluminum Association) ACI (Steel Founders of America) AISI (American Iron and Steel Institute) AMS (SAE Aerospace Materials Specifications) ASME (American Society of Mechanical Engineers) ASTM International AWS (American Welding Society) QQ (Federal Specification) MILS (Military Specification)

Metals and Alloys in the Unified Numbering System (UNS): 12th Edition DS56K

ASTM International

REVISED AND UPDATED, the new edition of this highly respected publication provides guidelines for recognizing types of corrosion, as well as the fundamentals of testing. It provides the most recent technologies for making calculations, interpretations, and correlations, and serves as a source book for procedures, equipment, and standards used in testing. AS AN ADDED BONUS you get a complimentary CD of 115 ASTM and 60 NACE standards referenced throughout the book. Eight sections cover: General Information provides the tools to define, interpret, and evaluate the technology. Greatly expanded, this section includes a UNS for metals and alloys and their common names; standards terminology; SI and matrix guide; general conversion tables; corrosion rate calculations and all necessary conversion factors; and much more. : Testing and Evaluation includes planning and design of tests, types of corrosion data, metallographic and surface analysis, statistical treatment of data, data computerization and computer applications: Types of Tests examines laboratory-accelerated tests, field tests, and service tests. This section describes test techniques and specific considerations such as specimen preparation, test duration, acceleration factors, and pertinent standards: Testing for Corrosion Types covers uniform, pitting, crevice, galvanic, intergranular, exfoliation, erosion, cavitation, fretting, dealloying, stress corrosion, corrosion fatigue and hydrogen damage: Testing in Environment addresses outdoor and indoor atmospheres, seawater, fresh water, soils, concrete, industrial waters, industrial chemical, petroleum, high-temperature gases, organic liquids, molten salts, liquid metals, corrosion inhibitors, in-vivo, and microbiological effects. : Materials Testing gives you an overview of important tests used in evaluating the corrosion behavior of metals and alloys, including zinc, lead, aluminum, steels, copper, nickel, stainless steels, cobalt-base alloys, titanium, zirconium and hafnium, tantalum and niobium alloys, metallic coatings on steel, nonmetallic coatings, metal matrix composites, electrodeposits, and powder metallurgy materials: Testing in Industries provides an overview of corrosion testing unique to each industry, including automotive, commercial aircraft, military aircraft and equipment, pipeline, highways, tunnels and bridges, marine-piers and docks, electric power, nuclear power, steam generation, flue gas desulphurization, electronics, telecommunications, metal processing, chemical processing, pulp and paper, petroleum production and refining, food and beverage, water handling systems, medical and dental, and pharmaceutical: Corrosion-Related Standards provides a comprehensive list of standards developed by various organizations including the American Petroleum Institute, American Waterworks Association, ASME International, ASTM International, International Electrotechnical Commission, ISO, NACE International, SAE International, and the Steel Structures Painting Council. : This new edition is certain to serve as a valuable resource for corrosion scientists and technologists in industry, government, and academia.

Corrosion Tests And Standards: Application And Interpretation (Astm Manual Series, Mnl 20)

Science & Math

Technology

This EXPANDED and HEAVILY REVISED edition, formerly entitled Compilation of ASTM Standard Definitions 8th Edition, contains all 22,000 standard definitions referenced in all ASTM terminology standards. One easy-to-use volume helps you: • Discover terms and definitions not commonly found in most dictionaries. • Make faster, better use of ASTM standards. • Learn how particular technical fields use their terminology. Each definition: • Was written by technical people active in their field. • Reflects the sense in which that field uses its terms. • Provides the designation of the ASTM standard in which it is referenced and the ASTM committee that developed the standard.

Astm Dictionary of Engineering Science & Technology 2000

Reference

Dictionaries & Thesauruses

This new volume features 24 of the most up-to-date standard practices and guides on environmental assessment. A wide range of environmental topics are covered, including underground storage tanks (USTs), Phase I and Phase II ESAs, regulatory compliance audits, RBCA, activity and use limitations (AULs), and liability issues. Audience: This new publication is an excellent resource for environmental and civil engineers, and environmental consultants.

Astm Standards on Environmental Assessment

Engineering & Transportation

Engineering

This new edition contains 33 standards for establishing consistent and reliable methods for the sampling and analysis of indoor air, and for the interpretation of results from measurements. By developing data on indoor air composition, the ultimate goal of creating healthier buildings can be more easily achieved. ASTM International's Subcommittee D22.05 developed these standards, which are recognized around the world as the most credible guidance available for the sampling and analysis of indoor air. Progress in indoor air science and practice depends on acquisition of data that can be meaningfully compared and interpreted. The evolution of indoor air science will eventually enable the creation of healthier building environments. P&gt;Audience: The indoor air investigator or researcher, as well as those managing air quality in buildings will find many useful standards in this publication to assist in sound assessment and evaluation of indoor air quality.

Astm Standards on Indoor Air Quality 2002

Politics & Social Sciences

Social Sciences

Astm Intl

STP 1409 features 14 peer-reviewed papers that summarize the latest methods for the measurement of fracture toughness, slow crack growth, and biaxial strength. It also identifies new areas for fracture toughness test methods development and standardization, such as testing of complex materials, elevated temperature measurement, and R-curve measurement. 5 sections cover: Plenary Session--discusses 30 years of progress in fracture mechanics of brittle materials. Implications For Design and Testing--focuses on the analysis of plates for biaxial strength testing and the transition in measured fracture toughness from a value associated with the properties of a single grain to the polycrystalline value. Fracture Toughness Standardization--examines 3 techniques that were developed and standardized as part of ASTM C 1421 Standard Test Methods for Determination of Fracture Toughness of Advanced Ceramics at Ambient Temperatures. These techniques show convergence when good metrology is employed. In addition to standardized techniques, this section discusses the single edged V-notched beam method that is on a fast track for standardization in Europe. Crack Growth Resistance--covers testing of functionally graded materials, elevated temperature R-curve testing, and the study of a toughening mechanism. Although most researchers applied classical mechanical techniques for the measurement of fracture toughness or crack growth resistance, both theoretical and fractographic methods were also presented. Unique Materials and Environmental Effects--examines elevated temperature fracture toughness testing of particulate reinforced ceramic composites, thermal and environmental effects on the fracture toughness of titanium carbonitrides for machining, and environmental interactions that lead to rate effects in "dynamic fatigue" (i.e., stress corrosion) testing. Audience: Mechanical Engineers • Ceramic Engineers • Materials Scientists • Designers

Fracture Resistance Testing of Monolithic and Composite Brittle Materials (Astm Special Technical Publication// Stp)

Earth Sciences

This latest edition, available in print or CD-ROM, contains 22 ASTM guides, practices, and test methods, all of which address important elements of the Phase II environmental site assessment process. The standards cover many of the routine, day-to-day procedures and terminology used in properly evaluating a site to determine the presence or absence of environmental contamination, including the following: • Conceptualizing subsurface and contaminant conditions to adequately focus subsurface investigations • Selecting and using drilling and soil sampling techniques • Classifying and describing soils • Designing and installing groundwater monitoring wells • Sampling and monitoring groundwater, including direct-push equipment • Soil gas monitoring It includes E1903 itself, the Standard Guide for Environmental Site Assessments: Phase II Environmental Site Assessment Process. This is a key standard for environmental assessments for commercial real estate; it picks up where the seminal due diligence standard leaves off. Also included is the newly revised E1527 Standard Practice for Environmental Site Assessments: Phase I Environmental Site Assessment Process

ASTM Standards Related to the Phase II Environmental Site Assessment Process

This desktop resource, available in print or CD-ROM, provides quick and easy access to the most commonly used ASTM test methods, procedures, and guides on radiation curing of coatings and allied products. These ASTM standards are often used and referenced in the radiation curing industry. Some are used in coating chemistries and others are specially designed for radiation-cured products. This handy reference guide is a valuable asset for scientists, technologists, laboratory technicians, and managers engaged in radiation curing of coatings, adhesives, inks, and sealants. It is also a beneficial resource for professionals in the powder coatings and irradiated foods fields.

Astm Standards Related to Testing of Radiation-Cured Coatings 2002

Provides the first complete set of industry standards addressing the recreational use of aircraft. This new publication represents a major milestone for the recreational aviation industry. Fifteen ASTM standards, the first developed by a non-government agency, solely address the recreational use of aircraft. They cover the design, quality, manufacture, and use of the aircraft and were developed to support the worldwide government regulatory structure for aircraft known as ultralights, microlights, and light-sport aircraft. This compilation is a valuable resource for aircraft manufacturers, airpark and aircraft regulators, aircraft maintenance facilities, airpark and light sport aircraft owners, and recreational aircraft service providers worldwide.

Astm Standards On Light Sport Aircraft

Crafts, Hobbies & Home

Antiques & Collectibles

This new ASTM publication is a practical guide that explains the important chemical and physical properties to be used in making judgments on the quality of raw materials or compounding ingredients, and their usability in the production plant. It provides a basic description of the test methods and characterizes each group of raw materials. But more importantly, it compares and contrasts the advantages and disadvantages of selecting various test methods. Chapters cover: • ASTM D11 and D24 Standards; Importance of Quality • General Test Methods • Testing Natural Rubber • Testing Synthetic Rubber • Testing Carbon Black • Testing Silica and Organosilanes • Testing Mineral Fillers for Use in Rubber • Oils, Plasticizers and Other Rubber Chemicals • Testing Recycled Rubber • Standard Test Methods—Insuring High Quality Output • Comparison of Test Repeatability and Reproducibility for Rubber Test Methods

Basic Rubber Testing: Selecting Methods for a Rubber Test Program

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