![]() ![]() ![]() The thermal loading case is studied separately under monotonic and cyclic temperature loading history. The finite element solutions confirm the validity of simplified analysis. ![]() For cyclic loading the states of frictional slip accompanied by shake down or incremental failure are distinguished. The analysis of progressive delamination process revealed three solution types, namely short, medium and long plate solutions. Both monotonic and cyclic loadings are considered for an elastic plate bonded to a rigid substrate by means of cohesive interface. The cohesive crack model is used to simulate damage frictional traction present at contact. The present study provides a simplified analysis of progressive interface failure under applied in plane tractions and normal compressive traction. Under tensile stress the separation and opening mode develops. Interface damage and delamination is usually accompanied by frictional slip at contacting interfaces under compressive normal stress. ![]()
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