American Society for Nondestructive Testing (ASNT) Advanced Ultrasonic Flaw Sizing 0330

Description
This handbook provides guidelines and techniques for ultrasonic sizing of planar flaws which originate at the inside diameter (ID) or the outside diameter (OD) of the component. These sizing techniques are applicable to depth sizing of mechanical and thermal fatigue, stress corrosion cracking or other planar type flaws. Contents: wave physics for sizing methods, ID creeping wave method calibration, tip diffraction method calibration, bi-modal method calibration, refracted longitudinal wave method calibration and advanced ultrasonic flaw sizing procedure.
Description
This handbook provides guidelines and techniques for ultrasonic sizing of planar flaws which originate at the inside diameter (ID) or the outside diameter (OD) of the component. These sizing techniques are applicable to depth sizing of mechanical and thermal fatigue, stress corrosion cracking or other planar type flaws. Contents: wave physics for sizing methods, ID creeping wave method calibration, tip diffraction method calibration, bi-modal method calibration, refracted longitudinal wave method calibration and advanced ultrasonic flaw sizing procedure.

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Advanced Ultrasonic Flaw Sizing - 0330 - American Society for Nondestructive Testing (ASNT)
Columbus, OH, United States
Advanced Ultrasonic Flaw Sizing
0330
Advanced Ultrasonic Flaw Sizing 0330
This handbook provides guidelines and techniques for ultrasonic sizing of planar flaws which originate at the inside diameter (ID) or the outside diameter (OD) of the component. These sizing techniques are applicable to depth sizing of mechanical and thermal fatigue, stress corrosion cracking or other planar type flaws. Contents: wave physics for sizing methods, ID creeping wave method calibration, tip diffraction method calibration, bi-modal method calibration, refracted longitudinal wave method calibration and advanced ultrasonic flaw sizing procedure.

This handbook provides guidelines and techniques for ultrasonic sizing of planar flaws which originate at the inside diameter (ID) or the outside diameter (OD) of the component. These sizing techniques are applicable to depth sizing of mechanical and thermal fatigue, stress corrosion cracking or other planar type flaws. Contents: wave physics for sizing methods, ID creeping wave method calibration, tip diffraction method calibration, bi-modal method calibration, refracted longitudinal wave method calibration and advanced ultrasonic flaw sizing procedure.

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  American Society for Nondestructive Testing (ASNT)
Product Category Technical Books
Product Number 0330
Product Name Advanced Ultrasonic Flaw Sizing
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