All Stories

  1. Full-scale ship-structure ice impact laboratory experiments: experimental apparatus and initial results
  2. Pressure distribution data from large double-pendulum ice impact tests
  3. A study on the evaluation of ice loads and pressure distribution using Pressure Indicating Film in ice-structure interaction
  4. Evaluation of large structural grillages subjected to ice loads in experimental and numerical analysis
  5. The influence of water, snow and granular ice on ice failure processes, ice load magnitude and process pressure
  6. Material relationship identification for finite element analysis at intermediate strain rates using optical measurements
  7. Cone ice crushing tests and simulations associated with various yield and fracture criteria
  8. Ice Loads on Flatbars
  9. Guidelines for the nonlinear finite element analysis of hull response to moving loads on ships and offshore structures
  10. Experimental and Numerical Studies of the Plastic Behavior of Large Structural Grillages Subjected to Ice Loads
  11. The Influence of External Boundary Conditions on Ice Loads in Ice-Structure Interactions
  12. Hyper-Real-Time Ice Simulation and Modeling Using GPGPU
  13. A numerical model for ice crushing on concave surfaces
  14. Comparison of Ice Load Development on Non-Planar Surface
  15. Lower Bound Limit Loads Using the Reference Two-Bar Structure: An Improved Estimate Beyond Mura’s Lower Bound
  16. Evaluation of spatial pressure distribution during ice-structure interaction using pressure indicating film
  17. Effect of Ship Speed on Level Ice Edge Breaking
  18. GPU-Event-Mechanics Evaluation of Ice Impact Load Statistics
  19. Plastic Response Estimation in Repeated Elastic Analyses for Strain Hardening Material Model
  20. Ice Collision Forces Considering Structural Deformation
  21. Current practices and recent advances in condition assessment of aged ships
  22. Application of plastic framing requirements for polar ships
  23. Derivation of plastic framing requirements for polar ships
  24. The role of discrete failures in local ice loads
  25. Ice edge contact and failure