Validation of full-scale delivered power CFD simulations
M. Orych, S. Werner, L. Larsson. 2021
On The Importance Of The Objective Function And Scale Effects In Hull Design Optimization
M. Orych, L. Broberg. 2018
Determining the EEDI ‘Weather Factor’ fw
F. C. Gerhardt, M. Kjellberg. 2017
风帆游艇设计原理 (Principles of Yacht Design, Chinese translation)
Lars Larsson, Eliasson, Rolf, Michal Orych. 2017.
요트설계원론 (Principles of Yacht Design, Korean translation)
Lars Larsson, Eliasson, Rolf, Michal Orych. 2017.
Comparison Of Modern Keel Types For Sailing Yachts
K. Ljungqvist, M. Orych, L. Larsson, C. Finnsgård. 2017
CFD Predictions Including Verification and Validation of Resistance, Propulsion and Local Flow for the Japan Bulk Carrier (JBC) with and without an Energy Saving Device.
Korkmaz, Kadir Burak, Michal Orych, and Lars Larsson. 2015.
Proceedings, Tokyo 2015 Workshop on CFD in Ship Hydrodynamics.
Larsson, Lars, Frederick Stern, Michel Visonneau, Takanori Hino, Nobuyuki Hirata, and Jin Kim. 2015.
Sailing Yacht Transom Sterns-a Systematic CFD Investigation
Allroth, Jens, Ting-Hua Wu, Michal Orych, and Lars Larsson. 2015.
Hydrodynamic Aspects of Transom Stern Optimisation
Michal Orych and Lars Larsson. 2015.
Brett Och Platt Akterskepp - Ett Lyckat Koncept - Eller Inte?
Larsson, Lars. 2015.
Köl Och Roder
Larsson, Lars. 2015.
Skrovlig Eller Slät Yta - Spelar Det Någon Roll?
Larsson, Lars. 2015.
Snabb Eller Långsam - Hur Bedömer Man En Segelbåts Prestanda?
Larsson, Lars. 2015.
Varför är En Lång Båt Snabbare än En Kort?
Larsson, Lars. 2015.
Hydrodynamic Optimization of Energy Saving Devices in Full Scale
Kim, K., Leer-Andersen, M., Orych, M.. 2014.
Principles of Yacht Design
Lars Larsson, Eliasson, Rolf, Michal Orych. 2014.
CFD Verification and Validation in Practice - A Study Based on Resistance Submissions to the Gothenburg 2010 Workshop on Numerical Ship Hydrodynamics
Zou, Lu, and Lars Larsson. 2014.
Hydrodynamic Optimization of Twin-skeg LNG Ships by CFD and Model Testing
Kim, Keunjae, Fabian Tillig, Nicolas Bathfield, and Hans Liljenberg. 2014.
Development of a Free Surface Capability in a RANS Solver with Coupled Equations and Overset Grids
Michal Orych. 2013.
Energy Saving Device Evaluation in Full Scale Using Computational Fluid Dynamics
Broberg, L., Orych, M.. 2013.
Computational Fluid Dynamics (CFD) Prediction of Bank Effects including Verification and Validation
Zou, Lu, and Lars Larsson. 2013.
Numerical Ship Hydrodynamics - An Assessment of the Gothenburg 2010 Workshop.
Larsson, Lars, Frederick Stern, and Michel Visonneau. 2013.
Fully Nonlinear Unsteady Three-Dimensional Boundary Element Method for Ship Motions in Waves
Kjellberg, Martin. 2013.
Confined Water Effects on the Viscous Flow around a Tanker with Propeller and Rudder.
Zou, Lu, and Lars Larsson. 2013.
Numerical Predictions of Ship-to-ship Interaction in Shallow Water.
Zou, Lu, and Lars Larsson. 2013.
Large Area Propellers
Knutsson, Daniel. 2013.
CFD Predictions Including Verification and Validation of Hydrodynamic Forces and Moments on Ships in Restricted Waters
Lu Zou. 2012.
Hydrodynamic Optimization of Pre-swirl Stator by CFD and Model Testing
Kim, K., Leer-Andersen, M., Werner, S., Orych, M, Choi, Y.. 2012.
An Efficient Numerical Technique To Simulate The Propeller Hull Interaction
Broberg, L., Orych, M.. 2012.
Fully Nonlinear Potential Flow Method for Three-Dimensional Body Motion.
Kjellberg, Martin, Giorgio Contento, and Carl-Erik Janson. 2012.
Investigation of Keel Bulbs for Sailing Yachts.
Ljungqvist, Kasper, Björn Axfors, Hanna Tunander, Michal Orych, Florian Vesting, and Lars Larsson. 2012.
Modern Tools for Efficient Hydrodynamic Design of Ships
Broberg, L., Orych, M.. 2011.
A Nested Domains Technique for a Fully-nonlinear Unsteady Three-dimensional Boundary Element Method for Free-surface Flows with Forward Speed.
Kjellberg, Martin, Giorgio Contento, and Carl-Erik Janson. 2011.
Fully Nonlinear Unsteady Three-Dimensional Boundary Element Method for Force Predictions on a Restrained Hull in Waves
Kjellberg, Martin. 2011.
A Verification and Validation Study Based on Resistance Submissions to the Gothenburg 2010 Workshop on Numerical Ship Hydrodynamics.
Zou, Lu, and Lars Larsson. 2011.
CFD Prediction and Validation of Ship-Bank Interaction in a Canal.
Zou, Lu, Lars Larsson, Guillaume Delefortrie, and Evert Lataire. 2011.
Verification and Validation of CFD Predictions for a Manoeuvring Tanker.
Zou, Lu, Lars Larsson, Michal Orych. 2010.
Adaptive Overlapping Grid Techniques and Spatial Discretization Schemes for Increasing Surface Sharpness and Numerical Accuracy in Free Surface Capturing Methods.
Orych, Michal, Lars Larsson, and Björn Regnström. 2010.
Viscous Free Surface Calculations for the KCS Hull
Michal Orych, Lars Larsson, and Björn Regnström. 2010.
CFD Prediction of the Local Flow around the KVLCC2 Tanker in Fixed Condition.
Zou, Lu, and Lars Larsson. 2010.
Ship Resistance and Flow
Larsson, Lars, and Hoyte Raven. 2010.
A Surface Capturing Method in the RANS Solver SHIPFLOW
Michal Orych, Björn Regnström, and Lars Larsson. 2009.
Numerical Investigations of the Effect of Winglets on IACC Yacht Drag Components
Michal Orych, Heng Ran, and Lars Larsson. 2008.
A Numerical Study of Hull/propeller/rudder Interaction
Han, Kaijia, Lars Larsson, and Björn Regnström. 2008.
Numerical Optimization of Hull/propeller/rudder Configurations
Han, Kaijia. 2008.
Verification and Validation of the Chapman Incompressible RANS Solver
Magnus Östberg, Björn Regnström, Leif Broberg, Michal Orych. 2008.
A RANS Study on the Interaction between a Propeller and a Rudder in Open Water
Han, Kaijia, Lars Larsson, and Björn Regnström. 2007.
A Procedure for Optimizing Cavitating Blades in a given Wake.
Han, Kaijia, Göran Bark, Lars Larsson, and Björn Regnström. 2006.
Numerical Optimization of a Propeller behind a Ship Hull at Full Scale.
Han, Kaijia, Lars Larsson, and Björn Regnström. 2006.
Numerical Optimisation of Propeller-hull Configurations at Full Scale.
Larsson, Lars, Björn Regnström, Kaijia Han, Göran Bark, and Nicolas Bathfield. 2006.
An Uncertainty Exercise for Incompressible Flow
Björn Regnström, Leif Broberg, Michal Orych, Magnus Östberg 2006.
Calculations of the Flow and Resistance Components of Systematically Varied Keel/bulb Winglets in Upright and Heeled Conditions
Michal Orych. 2005.
Drag prediction for the KVLCC2M hull
Regnström, B., Broberg, L., Bathfield, N., Larsson, L. 2005.
A Comparison of Four Wave Cut Analysis Methods for Wave Resistance Prediction
Janson, Carl-Erik, Daniel Spinney. 2004.
Line implicit roe type smoother for the incompressible Navier-Stokes equations.
Tobias Persson. 2002.
Verification of a new navier-stokes solver using forcing term tests
Magnus Östberg. 2002.
Ship stern flow calculations on overlapping composite grids
Regnström, B., Broberg, L., Larsson, L. 2001.
Failures, Fantasies and Feats in the Theoretical/Numerical Prediction of Ship Performance
Larsson, L., Regnström, B., Broberg, L,. Li, D-Q., Janson, C-E. 1998.
Potential Flow Panel Methods for the Calculation of Free-surface Flows with Lift
Janson, Carl-Erik. 1997.
Shape Optimization of a Simple Hull Form with Respect to Total Resistance as Computed by the Shipflow System
Janson, Carl-Erik. 1992.
A Zonal Method for Predicting External Automobile Aerodynamics.
Larsson, Lars, Leif Broberg, and Carl-Erik Janson. 1991.
A method for computing stern ship flows with an operating propeller
Zhang, D., Broberg, L., Larsson, L., Dyne, G. 1991.
SHIPFLOW predictions of the flow around two tanker sterns
Broberg, L., Zhang, D., Larsson, L., Schöön, J. 1991.
A method for resistance and flow predictions in ship design
Larsson, L., Broberg, L., Kim, K., Zhang, D. 1990.
Numerical computation of ship stern/propeller flow
Zhang, D. H.. 1990.
A numerical method for generating smooth body-fitted coordinate systems suitable for ship stern flow calculations
Zhang, D., Broberg, L., Larsson, L. 1989.
SHIPFLOW – A CFD system for ship design
Larsson, L., Broberg, L., Kim, K., Zhang, D. 1989.
New viscous and inviscid CFD techniques for ship flows
Larsson, L., Broberg, L., Kim, K., Zhang, D. 1989.
Numerical Calculation of Ship Stern Flow.
Broberg, Leif. 1988.
A calculation method for ship stern flows using an analytical body-fitted coordinate system
Broberg, L,. Larsson, L. 1984.
Calculation of Ship Stern Flows Using a Body-fitted Co-ordinate System: 1, Development of the Co-ordinate System. Stern Flow Calculations Based on the Boundary Layer Approximation.
Broberg, Leif. 1984.
Calculation of Ship Stern Flows Using a Body-fitted Co-ordinate System.
Broberg, Leif. 1984.