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Mechanical Properties and Application of Adhesive Materials
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Adhesive bonding is considered to be one of the key technologies for the development of many applications, including automotive, aerospace, medical, mechanical, civil, and light-weight transport applications, for a future with limited resources and increasing environmental concerns. Nowadays, there is no doubt that adhesive materials have penetrated many aspects of science and technology, from basic research to technological integration and industrial applications, rapidly progressing towards new discoveries.
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Keywords
- adhesion modelling
- adhesive bonding
- adhesive joint
- adhesive joints
- adhesive testing
- Adhesives
- Aging
- boron acid
- bulk photopolymerization
- cellulose model surfaces
- cohesive interactions
- creep fracture toughness
- creep strength
- curing agents
- cyclic loading
- damage
- degradation
- delamination
- durability
- epoxy adhesive
- epoxy adhesives
- epoxy resin composite
- fatigue strength
- fibre–fibre joints
- flammability tests
- heat curing
- hydrothermal creep
- hygrothermal aging
- Kachanov–Sevostianov’s material
- lap joint
- mathematical modelling
- Mechanical properties
- mechanical properties of adhesives
- polyacrylates
- polyurethan bio-adhesives
- porosity
- pressure-sensitive adhesives
- resin hardener mix ratio
- semi-analytic model
- silicone acrylates
- SRP
- telomerization
- temperature dependence
- thermal aging
- Thermal properties
- Thermal stability
- toughened joint
- transverse strength
- wooden joints
Links
DOI: 10.3390/books978-3-7258-1701-6Editions