Sudden changes in wind speed and direction make it difficult to maneuver large ships, risking collisions plus the high cost of delays and repairs.
Now, there are new, sophisticated technologies and solutions available to help ports prepare for sudden winds. MARIN is one research group that has successfully used scanning lidars in port environments.
Join Vaisala, along with Henk van den Boom from the respected MARIN organization, to hear more about their scientific research on:
Who should attend?
If you can’t make the live time, register anyway and we will send you a link to the recording.
Henk van den Boom graduated from Delft University of Technology in 1980 where he took a degree in Ship Hydrodynamics. He joined MARIN and worked in the R&D division for 10 years developing software for dynamic analysis of moored vessels, offshore heavy lift installation, and flexible risers. In 1990, he started the Trials & Monitoring group at MARIN dedicated to ship trials and offshore monitoring campaigns. Henk has initiated and conducted several Joint Industry Projects in the field of FPSOs, offshore workability, speed-power trials, and fuel-saving for ships.
Henk is a senior project manager responsible for special projects at MARIN. Currently, he manages the WINDLASS Joint Industry Project, which aims to better understand the 3-D wind fields in ports and the reliable prediction of wind loads on high windage vessels in the port environment. Henk is also chairman of the Vessel Operator Forum.
Dr. Ludovic Thobois received a Ph.D. Thesis from INP Toulouse, France in fluid dynamics. He studied large-eddy simulations of turbulent flows close to surfaces without and with chemistry. He joined in 2011 the advanced research division of Leopshere, a Vaisala company, as the scientific studies manager. He was in charge of developing new post-processing techniques for providing more accurate and relevant observations from lidar raw data.
He is an active participant in several working groups in Europe that are in charge of exploring the capabilities of new remote sensors for meteorology and aviation weather applications. He was involved in several SESAR work packages related to the measurements of wake vortex and the detection of wind shear at several airports in Europe including Paris-Charles de Gaulle airport. He is also involved in a COST European action related to the cooperation of European countries in science and technology to study remote sensing in observing networks for weather and climate.
Dr. Pascal Storck is the current manager of the renewable energy digital services business of Vaisala. He is an internationally recognized expert on renewable energy and has been with the company since its inception. Pascal has more than 20 years of experience in helping customers all over the globe understand and predict weather impacts on renewable energy projects. Pascal earned his Ph.D. from the University of Washington in the Department of Civil and Environmental Engineering.