A comparison of delamination models: Modeling, properties, and applications

A Giacomini; A Giacomini; A Mielke; A Mielke; A Mielke; A Schlüter; B Halphen; C Miehe; D Dugdale; E Bonetti; E Bonetti; E Bonetti; E Bonetti; F Cagnetti; F Cagnetti; F Freddi; G Barenblatt; G Maso Dal; G Maso Dal; GA Francfort; J Marigo; K Ohtsuka; K Watanabe; K Weinberg; M Frémond; M Kočvara; M Ortiz; M Thomas; R Rossi; R Rossi; R Rossi; S Burke; S Conti; T Roubíček; T Roubíček; T Roubíček; T Takaishi

A comparison of delamination models: Modeling, properties, and applications

Authors: A Giacomini
A Giacomini
A Mielke
A Mielke
A Mielke
A Schlüter
B Halphen
C Miehe
D Dugdale
E Bonetti
E Bonetti
E Bonetti
E Bonetti
F Cagnetti
F Cagnetti
F Freddi
G Barenblatt
G Maso Dal
G Maso Dal
GA Francfort
J Marigo
K Ohtsuka
K Watanabe
K Weinberg
M Frémond
M Kočvara
M Ortiz
M Thomas
R Rossi
R Rossi
R Rossi
S Burke
S Conti
T Roubíček
T Roubíček
T Roubíček
T Takaishi
Publication date: 1 January 2017
Publisher
Doi

Abstract

This contribution presents recent results in the modeling and the analysis of delamination problems. It addresses adhesive contact, brittle, and cohesive zone models both in a quasistatic and a viscous, dynamic setting for the bulk part. Also different evolution laws for the delaminating surface are discussed