Zhiyuan Li
Zhiyuan Li's research field is fatigue and reliability of marine structures. Zhiyuan's work consists of wave loads analysis, computation of ship structural dynamics, fatigue assessment of ship structures, both low cycle fatigue and multiaxial fatigue. Earlier merits are BSc in Mechanical Design and Manufacture, MSc in Automotive Engineering, Licentiate in Fatigue design of Containerships.
Showing 62 publications
An FMI-based co-simulation framework for simulations of wave energy converter systems
Structural integrity analysis of marine dynamic cables: water trees and fatigue
Structural integrity analysis of marine dynamic cables
Numerical study on ice-induced loads on ship hulls in ice floe regions
Predicting failure of dynamic subsea cables by electrical insulation breakdown due to water treeing
Direct measurements and CFD simulations on ice-induced hull pressure of a ship in floe ice fields
Numerical study on the movement pattern of ice around the ship in the broken ice field
Fatigue of mooring lines in wave energy parks
Evaluation of an electro-mechanical model of vented water tree inception in polyethylene insulation
When Does a Light Sphere Break Ice Plate Most by Using Its Net Buoyance?
Crack propagation in dynamic power cables
Research on Optimization Design of Fully Parameterized Pump-Jet Propulsion
CONTAINER SHIPPING VIA THE NORTH SEA ROUTE-OPPORTUNITIES AND CHALLENGES
A parametric study on the ice resistance of a ship sailing in pack ice based on CFD-DEM method
Numerical Simulation of an Air-Bubble System for Ice Resistance Reduction
Ice-Water-Gas Interaction during Icebreaking by an Airgun Bubble
A voyage planning tool for ships sailing between Europe and Asia via the Arctic
An Arctic ship performance model for sea routes in ice-infested waters
Ship resistance when operating in floating ice floes: a derivation of empirical equations
A voyage planning tool for Arctic transit of cargo ships
Towards holistic performance-based conceptual design of Arctic cargo ships
Reduction in ultimate strength capacity of corroded ships involved in collision accidents
Performance assessment of the crashworthiness of corroded ship hulls
Quasi-static assessment of response to slamming impact on free fall lifeboats
Linear and nonlinear FE analyses of a container vessel in harsh sea state
Fatigue Assessment of Container Ships – a Contribution to Direct Calculation Procedures
Linear and nonlinear FE analyses of a container vessel in harsh sea state
Time-domain fatigue assessment of ship side-shell structures
Theoretical development and validation of a fatigue model for ship routing
Fatigue variation in ships due to the variability of environmental loads
Direct calculation of fatigue damage of ship structure details
Direct Calculation of Wave-Induced Loads and Fatigue Damage of Container Vessels
Fatigue damage assessment of container ships concerning wave-induced torsion
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Showing 15 research projects
POWERSHIP - Safe ship collision and grounding hull design for SMR-powered ships
Predicting lifetime of dynamic cables for floating marine energy harvesting platforms
The influence of offshore wind parks on shipping
Operational strategy and economic impacts of wind-powered ships
Hydrogen admixture in marine LNG/LBG fuels
KOFS - Composites for a sustainable shipping
Propeller Performance Enhancement for Ice-going Ships (PROFFS)
SEDNA - Safe maritime operations under extreme conditions: the Arctic case
Graphene on ship hulls for reduced corrosion and fouling