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Laser cutting and welding of a 3D stainless steel pressed structure are described.
Applications for laser beams in microtechnology joining are described.
The short answer to this question is 'yes'; however, machine settings and inspection standards may need to be modified to...
Friction stir welding of cast aluminium and magnesium alloys is discussed.
Techniques for friction welding non-round workpieces are discussed briefly.
This will depend on contractual arrangements between client and fabricator and/or the application and welding codes that are specified. A...
Alignment when friction welding is briefly discussed.
Techniques to ensure that corrosion properties are restored after welding by removal of the heat tint oxide and the chromium...
Mechanical and ultrasonic testing of spot welds are discussed.
Robotic friction stir welding is briefly discussed.
Consequences of using extra solder are presented.
Wet underwater welding is discussed, with numerous references.
The five main surface preparation methods that can be applied to composite materials to improve bond strength are described.
The relationship between these mechanical properties is shown.
Use of stiffeners to control bowing is briefly described.
An equation for making this estimation is presented.
Laser welding of thermoplastics is described, with reference to types of plastics and any fillers, and types of laser.
Contacts at TWI to discuss expert witness work are given.
Water permeation in adhesive bonds is briefly addressed.
Brief notes of requirements for successful viewing of the arc are given.
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