JIPs, Networks & partners

This JIP will combine Auto Ride Control and motion prediction based on remote wave sensing by radar and demonstrate this in a prototype system on a ...

The purpose of this JIP is to develop a methodology to predict wind loads on floating structures (ships or offshore platforms), in at open sea or in ...

The objective of WiSP was to overcome barriers to the uptake of wind-assisted propulsion. The aim of this pre-competitive project was to cover the ...

The aim of this JIP is to better understand the hydrodynamics of a disconnected turret buoy in close proximity of the FPSO in high sea states. The ...

Design For Sea JIP will focus on understanding the operational conditions of ships with special attention for the environmental conditions a ship ...

The objective of the Current Affairs JIP is to develop tools and guidelines to assist engineers in the assessment of current loads and effects in ...

The objective of the CresT JIP is to develop models for realistic extreme wa ves and a design methodology for the load ing and response of floating ...

MaRINET2, the Marine Renewables Infrastructure Network, is composed of 39 organisations who collaborate to progress offshore renewable energy ...

In the Launch & Recovery Forum, navies as well as commercial operators, contractors, yards, research institutes and safety authorities share their ...

The offshore industry, MARIN and the Universities of Groningen and Delft have worked together successfully in the development of the Volume of Fluid ...

The ComFLOW-3 Joint Industry Project aims to continue the development of ComFLOW focusing on new functionality and its validation, and further ...

The objective of this JIP is to study complex free-surface flows around offshore structures.

The availability of accurate wind, wave and current coefficients is important in concept studies like dynamic mooring analysis or offloading ...

The “Wageningen Propeller C- and D-Series” will provide open water characteristics in complete 2 quadrants for modern CPP designs, including blade ...

This JIP aims to de-risk the power cable for a deep draft TLP floating wind system by understanding and validating the power cable behaviour in tank ...