IV-type hydrogen storage container winding process design method considering light weight

The invention relates to the technical field of hydrogen storage containers, and discloses a lightweight IV-type hydrogen storage container winding process design method which comprises the following steps: firstly, obtaining an initial laying scheme of a composite material layer of a hydrogen storage container; establishing a finite element model of the hydrogen storage container, establishing a micro-mechanical model of the composite material layer according to the initial laying scheme, coupling multiple failure modes for loading, and performing bursting strength calculation; recording the laying layer number, the laying angle, the laying sequence, the failure area proportion corresponding to the multiple failure modes and the bursting pressure value in the finite element model under the current laying scheme, expanding the sample set in the same way, and training the deep learning network by using the sample set to obtain a response prediction model; according to the minimum precision of the actual windin