Search results for: numerical code validation

63966 results

A list of search results

  • 1 March 2018
    Authorities & Government, Business & Finance, Operations & Maintenance, Research & Development, Technology

    An international group of experts, working together on the validation of numerical modelling tools for wave energy converters, have presented their first phase findings.

  • 11 April 2016
    Research & Development, Technology

    Sandia National Laboratories has completed the first phase of FOSWEC wave tank testing whose purpose was to validate the Wave Energy Converter (WEC)-Sim numerical code.

  • 16 May 2017
    Authorities & Government, Business & Finance, Environment, Research & Development, Technology

    Ocean Energy Systems (OES) has shared the achievements in ocean energy sector during the Executive Committee (ExCo) meeting.

  • 6 December 2013

    Using Computational Fluid Dynamics (CFD), new insights can be obtained into the working principles of Energy Saving Devices (ESDs), which all serve to increase the fuel efficiency of a ship. The capability of simulating different moving objects, and their interaction in one calculation (applying the so-called Sliding-Interfaces Technique), has increased the range of applications of […]

  • 21 March 2011
    Business & Finance

    Class society ABS and Korea’s Daewoo Shipbuilding & Marine Engineering (DSME) are concluding a one-year joint development program (JDP) examining critical wave conditions for sloshing model tests and computational fluid dynamics (CFD) in the cargo tanks of floating liquefied natural gas (FLNG) vessels. The results will offer the industry a new methodology to determine critical […]

  • 21 March 2011
    Research & Development

      Class society ABS and Korea’s Daewoo Shipbuilding & Marine Engineering (DSME) are concluding a one-year joint development program (JDP) examining critical wave conditions for sloshing model tests and computational fluid dynamics (CFD) in the cargo tanks of floating liquefied natural gas (FLNG) vessels. The results will offer the industry a new methodology to determine […]

  • 10 March 2015
    Research & Development

    DNV GL today announced three Joint Industry Projects (JIPs) aimed at developing recommended practices for the global wind industry to further develop industrial accepted design practices and methods, lower risks and reduce costs. 1. JIP: Coupled dynamic analysis of floating wind turbines Floating wind provides an opportunity to globalize offshore wind as a technology in a […]

  • 10 March 2015
    Research & Development

    DNV GL today announced three Joint Industry Projects (JIPs) aimed at developing recommended practices for the global wind industry to further develop industrial accepted design practices and methods, lower risks and reduce costs. 1. JIP: Coupled dynamic analysis of floating wind turbines Floating wind provides an opportunity to globalize offshore wind as a technology in a […]

  • 17 April 2014
    Business & Finance, Equipment, Research & Development

    A few years back, IFP Energies nouvelles turned its attention to research aimed at coming up with technologies enabling the development of offshore wind power, along with the conversion of wave energy, tidal energy and ocean thermal energy. IFPEN’s main fields of activity in the wind power sector relate to three areas, the objective being to […]

  • 6 June 2016

    In the last 15 years, computational fluid dynamics (CFD) software has made big leaps. What was once merely considered a ‘numerical towing tank’ is now an integral part of ship design. Many shipyards and naval architecture companies have an in-house CFD department, while others – including ship owners – contract an external company for this […]

  • 4 May 2011

    MARIN (Maritime Research Institute Netherlands) is in the closing stages of testing three different floating wind turbine concepts for the DeepCwind Consortium (USA), led by the University of Maine. It is the first time in the world that such an extensive scale model test campaign is conducted in this field. Floating wind turbines are considered […]

  • 22 April 2013
    Business & Finance

    SHIPFLOW users now have the tools to simulate the viscous free surface and can work within the same environment for the whole hydrodynamic design and optimisation process. FLOWTECH International AB has just come to one of the milestones in SHIPFLOW history – SHIPFLOW 5.0! This latest major release contains new features and improves usability while […]

  • 22 April 2013

     FLOWTECH International AB has achieved a new milestone in SHIPFLOW history – SHIPFLOW 5.0, which enables users to have the tools to simulate the viscous free surface and can work within the same environment for the whole hydrodynamic design and optimisation process.  This latest major release contains new features and improves usability while keeping the […]

  • 15 June 2018
    Equipment, Operations & Maintenance, Research & Development

    Elevator and Scottish Enterprise initiative that aims to bring together entrepreneurial senior oil and gas professionals to transform the sector with radical technological innovations, has led to the creation of six new scalable businesses. Four months ago, 20 aspiring entrepreneurs joined the second ‘Grey Matters’ programme and by sharing their experience and knowledge, and by collaborating […]

  • 23 October 2017

    By Van Oossanen Over just the past fifteen years, the use of Computational Fluid Dynamics (CFD) has become mainstream in ship design. CFD is a way to calculate the flow around a ship, allowing to predict accurately the generated wave profile, streamlines and resistance. While CFD has been used for much longer in aerodynamics and […]

  • 15 November 2017
    Business & Finance, Equipment, Research & Development

    DNV GL has updated its offshore pipeline standard to reflect the latest pipeline research and developments. The standard, previously called DNV-OS-F101 is now renamed DNVGL-ST-F101. Around 65% of all new projects globally are designed according to the standard, first issued in 1976. The new revision reflects the conclusions of joint industry projects (JIPs) by DNV GL […]

  • 16 February 2011

    The purchase of S4WT is the natural result of the confidence of REpower in SAMTECH’s software solutions. The choice of S4WT was further consolidated through the outcome of validation campaigns. These tests proved the higher accuracy of S4WT over other multi body and aero-elastic approaches when comparing numerical results and experimental measurements. The S4WT solver […]

  • 17 June 2019

    Bachmann’s involvement in MARIN’s Zero Emissions Lab When the subject of MARIN (Maritime Research Institute Netherlands) comes up in conversation, it is not surprising that one of the first images that comes to mind is the hydrodynamic modelling of ships. After all, this independent research institute is renowned for its multiple testing basins, four of […]

  • 25 March 2014

    13 of the world’s leading companies in aerodynamics have now teamed up in the AVATAR project. They are developing the most advanced aerodynamic models for the next generation of large wind turbines, up to 20MW. These models are essential ingredients for integral design codes for large scale wind turbines and will be thoroughly validated. Ambitions […]

  • 19 August 2014

    Veresen has been named as a respondent in an application commenced by Energy Fundamentals Group in the Ontario Superior Court of Justice in Toronto on August 14. In the application, EFG seeks a declaration that, pursuant to a letter agreement dated July 27, 2005 between EFG and Fort Chicago Energy Partners, the predecessor to Veresen, […]

  • 18 February 2015

    U.S. Federal Energy Regulatory Commission received additional comments on its DEIS for the Jordan Cove LNG project.

  • 18 February 2015

    U.S. Federal Energy Regulatory Commission received additional comments on its DEIS for the Jordan Cove LNG project.