The HPC-SHEAKS experiment aimed to develop and demonstrate a HPC service for seakeeping assessment using state-of-the-art tools. Moreover, the experiment aimed increase the efficiency of the design, engineering and building processes of a marine structure, by offering to the market added-value tools that can be used further down from the final design phase, and allowing its integration in the design cycle to develop more competitive designs. The ultimate goal was the efficient and easy-to-use integration of available HPC infrastructures with the most advanced seakeeping software (SeaFEM). 

The journal welcomes contributions that present high-quality experiments with particular attention to the reproducibility of the results. The papers must have a detailed and complete description of the experimental set-up and should include dispersion or uncertainty assessment information. They should also be completed with the datasets of the presented results in standard editable format.

Papers that focus on validation must involve assessment of computational models through comparison to experiments and should be accompanied by relevant measures of uncertainty from both sources. These papers should also include code verification, i.e. the assurance that code outputs converge to analytical solutions, particularly in terms of the rate of reduction of discretization errors.

The goal of the repository is to widely disseminate the results of the research performed at CIMNE, by sharing the preprints or postprints -depending on the article sharing policies of the original publisher- of the papers published in scientific journals by CIMNE's scientists.

The goal of the repository is to widely disseminate the results of the research performed at CIMNE, by sharing those presentations made by CIMNE's scientists.