Carbon fiber reinforced polymer matrix composites (CFRP) are widely used in various fields because of their excellent properties such as high specific modulus

high specific strength and fatigue resistance. However

due Carbon fiber reinforced polymer matrix composites (CFRP) are widely used in various fields because of their excellent properties such as high specific modulus

high specific strength and fatigue resistance. However

due to its complex use environment

it is easy to cause damage in the process of service and form a safety hazard. For this reason

scholars at home and abroad have studied the mechanical properties of CFRP laminates. The research progress of mechanical properties simulation of CFRP laminates is systematically reviewed from the four perspectives of impact damage

delamination damage

high and low temperature and damp-heat aging and multi-field coupled damage. The research status of CFRP laminate damage mechanism simulation based on advanced numerical analysis methods such as virtual crack closure technology (VCCT)

cohesion zone model (CZM) and progressive damage constitutive model (PDM) is described in detail. By comparing different finite element simulation methods

the advantages and existing problems are pointed out

and the future research direction of the mechanical properties simulation of CFRP laminates is prospected. to its complex use environment

it is easy to cause damage in the process of service and form a safety hazard. For this reason

scholars at home and abroad have studied the mechanical properties of CFRP laminates. The research progress of mechanical properties simulation of CFRP laminates is systematically reviewed from the four perspectives of impact damage

delamination damage

high and low temperature and damp-heat aging and multi-field coupled damage. The research status of CFRP laminate damage mechanism simulation based on advanced numerical analysis methods such as virtual crack closure technology (VCCT)

cohesion zone model (CZM) and progressive damage constitutive model (PDM) is described in detail. By comparing different finite element simulation methods

the advantages and existing problems are pointed out

and the future research direction of the mechanical properties simulation of CFRP laminates is prospected.