Learn to Assess Marine Scour Risk
, incorporate case study experiences, and include new ground-breaking research for the industry, applicable and useful in both research and commercial projects. “Delegates will leave with a comprehensive understanding of all aspects of marine scour,” explained Prof Richard Whitehouse, Course Tutor. “The course will equip them to be able to evaluate design considerations for marine structures, as well as identify and outline procedures for designing scour countermeasures.” Dr. John Harris, Technical Director at HR Wallingford, added: “HR Wallingford
Seatronics Sells 2G Robotics' ULS-200 Laser Scanner
modeling. The company conducted trials with the ULS-200 at the facility, with technical support from Seatronics and 2G Robotics. HR Wallingford subsequently purchased a ULS-200 and has successfully deployed it in marine renewables projects and scour research. Prof. Richard Whitehouse, technical director, HR Wallingford, said, “We were impressed with the ULS-200's capabilities and results during our trials. The 3D visualizations generated by the ULS-200 are providing highly accurate models from which detailed analysis and research can be conducted. The ULS-200 is greatly
Groundbreaking UK Maritime Research Parnership Set to Continue
With new experimental facilities under construction at HR Wallingford, the foundations are in place for another two decades of successful collaboration between HR Wallingford’s Professor Richard Whitehouse and University College London’s Professor Richard Simons. Richard Whitehouse and Richard Simons know first-hand the value of long term collaboration in experimental research. They first worked together in 1991 in the “Hippo Tank” at HR Wallingford looking at forces created on the seabed by waves and currents. This early work set the theme for much of their subsequent
February 2024
