Key Engineering Materials
Vols. 251-252
Vols. 251-252
Key Engineering Materials
Vol. 250
Vol. 250
Key Engineering Materials
Vol. 249
Vol. 249
Key Engineering Materials
Vol. 248
Vol. 248
Key Engineering Materials
Vol. 247
Vol. 247
Key Engineering Materials
Vols. 245-246
Vols. 245-246
Key Engineering Materials
Vols. 243-244
Vols. 243-244
Key Engineering Materials
Vols. 240-242
Vols. 240-242
Key Engineering Materials
Vols. 238-239
Vols. 238-239
Key Engineering Materials
Vol. 237
Vol. 237
Key Engineering Materials
Vols. 233-236
Vols. 233-236
Key Engineering Materials
Vols. 230-232
Vols. 230-232
Key Engineering Materials
Vols. 228-229
Vols. 228-229
Key Engineering Materials Vols. 243-244
Paper Title Page
Abstract: This paper presents the adaptation of the analytical method for transverse laminacracking in multidirectionally laminated composites to the finite element method. The damageinitiation and extension in a structure made of the laminated composite are evaluated by thedeveloped finite element method. The reduction in the stiffness of the laminated composite thatcaused by the crack growth is evaluated by the total force method. In the present analyses by thedeveloped method, the critical strain of the crack growth is the value of the strain which satisfiesboth energy criterion and stress criterion. To demonstrate the accuracy of the developed method,the analytical results of crack growth in CFRP quasi-isotropic laminate with a circular hole arecompared with experimental results.
69