Weld Failure Analysis: A Case Study
Failure analysis identifies the root-cause and mechanisms of fractures in structural assemblies and test specimens.
Read MoreFailure analysis identifies the root-cause and mechanisms of fractures in structural assemblies and test specimens.
Read MoreFailure analysis is a mechanical, material, physical and chemical engineering approach to determining how and why a component or system has failed.
Read MoreDuring welded fabrication, high localized heat input and subsequent rapid cooling result in the creation of residual stresses that lead to distortion.
Read More“Standard” is a relative term. What is standard today in terms of manufacturing or fabrication might have been unusual or even cutting-edge a few years ago.
Read MoreNew or advanced nondestructive testing (NDT) modalities can improve the thoroughness and speed of joint inspection
Read MoreAluminum and steel are primary materials used throughout automotive and aerospace structures.
Read MoreUltrasonic welding is one of the most common plastic welding processes used in industry.
Read MoreNanoSteel has a newly developed advanced high-strength steel alloy, NXG™1200, designed to address the need for weight reduction and safety enhancement in the automotive market.
Read MoreEWI has been engaged in a new class of technologies for joining titanium alloys to steels.
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