Metallography as a Quality Control Tool
Başlık:
Metallography as a Quality Control Tool
ISBN:
9781461330905
Personal Author:
Edition:
1st ed. 1980.
Yayın Bilgileri:
New York, NY : Springer US : Imprint: Springer, 1980.
Fiziksel Tanımlama:
VIII, 338 p. online resource.
Contents:
Inclusion Measurement -- Applications of Automatic Specimen-Preparation Techniques in the Metallography of Steel -- Characterization of Metalworked Surfaces -- SIMS/AES/XPS: Combined Surface Analysis Techniques for Quality Control -- Metallographic Control in Powder Metallurgy -- Metallurgical Control of Billets and Forgings -- Metallographic Quality Control of Welding and Brazing -- Metallographic Control of Aerospace Components -- Metallography of Armament Hardware -- Metallographic Quality Control of Orthopaedic Implants -- Metallographic Evaluation of Multi-Material Products -- How Metallography and SEM Analysis Can be Used in Quality Control for Microelectronics -- Effect of Reverted Austenite on the Mechanical Properties and Toughness of a High Strength Maraging Stainless Steel Custom 450 -- Metallographic Control of Heat Treatment -- Author Index.
Abstract:
Qual ity control has been described as a system for verifying and maintaining a desired level of quality in a product or process by careful planning, continued inspec tion, and corrective action where required. With many of today's products, there is an ever increasing demand for improved reliability during service. This in turn ne cessitates the use of a wide range of control techniques - some very sophisticated and complex - not only to verify the quality of the final product but also to moni tor that the fabrication processes are under control. Furthermore, with certain in dustries, quality control of the final product is of paramount importance because of the needs for its reliable and safe operation under arduous and sometimes dangerous conditions. Metallography often serves as an invaluable quality control tool and can provide information not normally attainable by more conventional procedures. It often supplements both destructive techniques, e. g. , mechanical testing, as well as non-destructive procedures, e. g. , as radiography, ultrasonic testing, and dye-penetrant inspection. Furthermore, metallographic inspection utilizes a wide range of tech niques ranging from conventional optical microscopy to more sophisticated procedures such as scanning electron microscopy, X-ray spectroscopy, and Auger electron spec troscopy. In some industries, metallography also is employed during maintenance, field inspection, and overhaul of components.
Ek Kurum Yazarı:
Elektronik Erişim:
Full Text Available From Springer Nature Engineering Archive Packages
Dil:
English