• Shear behaviour of peat at different stress levels 

  Wang, Di; Li, Zili (Institution of Civil Engineers, 2023-01-03)

  In this study, a series of consolidated, undrained triaxial compression tests were conducted to investigate peat shear behaviour on samples from 1.65 m depth when subjected to different stress levels from 10.4 kPa to 40.5 ...
• Structure design and assessment of a floating foundation for offshore wind turbines 

  Ye, Q.; Cheng, S.; Kim, B.; Collins, K.; Iglesias, Gregorio (American Society of Mechanical Engineers (ASME), 2019-11-03)

  This paper summarizes the assessment of the structural analysis and design of a floating foundation for offshore floating wind turbine (FWT) based on DNVGL standard and Eurocode in terms of economy and reliability. The ...
• Production of biofuels in a circular cascading bio-based energy system 

  Wu, Benteng (University College Cork, 2022-04-01)

  Anaerobic digestion (AD) systems which incorporate carbon capture, utilization and sequestration technologies may offer a solution to significantly reduce greenhouse gas (GHG) emissions in the heavy duty sectors of transport ...
• An experimental investigation into the most prominent sources of uncertainty in wave tank testing of floating offshore wind turbines 

  Lyden, Eoin (University College Cork, 2022-08-30)

  There is an urgent need to replace carbon-based energy sources with renewable energy sources, and floating offshore wind is seen as a critical component in the drive towards energy diversification. Floating offshore wind ...
• Integrating project planning objectives as part of sizing battery energy storage systems 

  Kelly, Joseph J. (University College Cork, 2022)

  Development of Battery Energy Storage System projects and their subsequent installation and connection to electrical grids throughout the world is expected to increase over the coming years. Two key concerns are at the ...

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