目次

PrefaceIntroduction to adhesive bonding technologyPart A – Theory of AdhesionForces involved in adhesionWettingWork of adhesionSpreadingTheories of adhesionPart B – Surface treatmentsSurfacesGeneral principlesSurface treatmentsSurface assessmentPrimers and adhesion promotersSurface treatments of selected materialsPart C – Adhesive and sealant materialsClassificationCompositionAdhesive familiesSealant familiesSelectionPart D – Testing of adhesive propertiesPhysical propertiesThermal propertiesFailure strength testsFracture testsImpact testsSpecial testsPart E – Joint designConstitutive adhesive and sealant modelsAnalytical approachNumerical approachSpecial numerical techniquesDesign rules and methods to improve joint strengthDesign with sealantsDesign for impact loadsVibration dampingPart F – DurabilityHigh and low temperature effectsHumidity, water and chemicalsRadiation and vacuumFatigue load conditionsCreep load conditionsCombined temperature-moisture-mechanical stress effectsPart G – ManufactureStoragePreparationApplicationBonding equipmentEnvironment and safetyPart H – Quality controlQuality control of raw materialsProcessing quality controlNon-destructive testingTechniques for post-fracture analysisPart I – ApplicationsAeronautical industryAerospace industryAutomotive industryRail industryBoats and marineCivil constructionElectricalShoe industryPart J – Emerging areasMolecular dynamics simulation and molecular orbital methodBioadhesionBioadhesivesAdhesives with nanoparticlesAdhesion in medicineAdhesion in energy applicationsRecycling and environmental aspectsEpilogue