Sökning: "beam adhesive layer model"
Visar resultat 1 - 5 av 11 avhandlingar innehållade orden beam adhesive layer model.
1. Mechanical Behaviour of Single-Layer Adhesive Joints : an integrated approach
Sammanfattning : Innovative products that are competitive on the market are likely to employ newtypes of materials and unusual geometries. A method that can assemble dissimilarmaterials and irregular geometries cost-effectively and at the same time offera joint that is light in weight and imperceptible, is optimal. LÄS MER
2. Mixed mode loaded adhesive layers : from measurement of material data to analysis of structural behaviour
Sammanfattning : In manufacturing of multi-material products, a joining method that is able to cost-effectively assemble components made of dissimilar and similar material, with irregular geometries, is optimal. As an alternative, adhesive bonding is in-creasingly adapted by the industry, which is also used in manufacturing of multi-phase materials. LÄS MER
3. Adhesive joining for crashworthiness : material data and explicit FE-methods
Sammanfattning : Today, crash simulations replace crash testing in the product development phase in theautomotive industry. High quality simulations enable shorter product development time andhigher competitiveness. LÄS MER
4. Constitutive Behaviour and Fracture of Adhesive Layers : Inverse Methods and Energetic Balance
Sammanfattning : In the automobile industry, current demands on reduced emissions with maintained or even increased crash worthiness, forces the industry to seek weight-reducing designs. The possibility to use lightweight materials is obviously attractive. At joints, these lightweight materials have to be connected to high-strength or low-cost materials. LÄS MER
5. Meso-Mechanical Modeling and Analysis of Adhesive Layers
Sammanfattning : This thesis is concerned with the modeling, simulation and analysis of adhesive layers. By use of an in situ scanning electron microscopy study it is found that the adhesive studied in the present thesis has a very complex structure with two different compounds, a mineral and an epoxy/thermoplastic blend. LÄS MER