Relatori

4 lectures on: FFM full finite element implementation, experimental aspects and FFM application to composites.

7 lectures on: Theory aspects, analytical FFM implementation, FFM applications to joints, plates with holes, axisymmetric configurations, fatigue cracking, T-stress and dialogue between FFM and cohesive zone models.

6 lectures on: The origin of FFM, theoretical aspects and FFM generalization as an energy minimization approach.

5 lectures on: The origin of FFM, theoretical aspects, FFM applications to anticracks in snow and FFM extensions to consider geometrical and material nonlinearities.

8 lectures on: Matched asymptotic expansions, experimental aspects, 3D extension, crack shape determination, multicracking and micro/nano-scale fracture, FFM extension to consider plasticity and FFM extension to dynamics and dialogue between FFM and phase

5 lectures on: Experimental aspects, FFM application to V-notches and mixed mode loading configurations, FFM extension to 3D, FFM extension to consider plasticity.