Robert Seewald
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View article: Extra thin sidelight-emitting polymer optical fiber narrow fabrics for UV structural adhesive joints: design, preparation and performance experiments
Extra thin sidelight-emitting polymer optical fiber narrow fabrics for UV structural adhesive joints: design, preparation and performance experiments Open
Ultraviolet (UV) bonding technology is widely used across industries. As the curing reaction is initiated via an external light source, the use of fast-curing structural UV acrylates has so far been limited to joint designs with at least o…
View article: Improvement of the resistance spot welding of Al-Mg-Si alloys by using cladding technology: An optical and mechanical characterization study
Improvement of the resistance spot welding of Al-Mg-Si alloys by using cladding technology: An optical and mechanical characterization study Open
The recent body in white developments within lightweight structural automotive applications has experienced an increasing demand on the joining of aluminum (Al) alloys. However, new challenges come along with it. For example, the resistanc…
View article: Structural Health Monitoring of Adhesively Bonded Joints: Proposing a new Method by use of Polymer Optical Fibers
Structural Health Monitoring of Adhesively Bonded Joints: Proposing a new Method by use of Polymer Optical Fibers Open
According to the current state of the art, adhesively bonded joints cannot be tested completely non-destructively. This is the main motivation to permanently monitor adhesively bonded joints in order to record their structural integrity an…
View article: Material modeling of hyperelastic silicone adhesives considering stiffness reduction
Material modeling of hyperelastic silicone adhesives considering stiffness reduction Open
Predicting the hyperelastic behavior and the stiffness reduction of adhesive is essential for the economical dimensioning of load‐bearing bonds in the field of glass façade construction. The typical hyperelastic behavior can be modeled by …