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COMPUTATION OF TRANSIENT NONLINEAR SHIP WAVES USING AN ADAPTIVE ALGORITHM
M. S. Çelebi
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Corresponding author for this work
Informatics Institute
Research output
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Article
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peer-review
6
Citations (Scopus)
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Keyphrases
Adaptive Algorithm
100%
Adaptive Curve
33%
Adaptive Gridding
33%
Allocation Method
33%
B-spline
33%
Body Surface
33%
Boundary Integral Method
33%
Conservative Form
33%
Convergence Rate
33%
Dynamic Node
33%
Effective Nodes
33%
Euler-Lagrange Equation
33%
Eulerian-Lagrangian
33%
Fully Nonlinear
33%
Generalized Minimal Residual (GMRES)
33%
Generation Algorithm
33%
Gram-Schmidt
33%
Grid Generation
33%
Grid Generation Method
33%
Hyperbolic Tangent
66%
Influence Coefficient Matrix
33%
Integration Techniques
33%
Iteration Matrix
33%
Iterative Methods
33%
Jacobi Method
33%
LU Decomposition
33%
Mixed Boundary Value Problem
33%
Modified Gram-Schmidt
33%
Node Allocation
33%
Node Placement
66%
Numerical Algorithms
33%
Numerical Examples
33%
Parametric Space
33%
Ship Hull Form
33%
Ship Waves
100%
Stretching Parameter
33%
Surface Representation
33%
Time Integration
33%
Unsymmetrical
33%
Variational
100%
Wave Pattern
33%
Wave Problems
33%
Wave Resistance
33%
Engineering
Body Surface
25%
Boundary Value
25%
Coefficient Matrix
25%
Cross Section
25%
Euler-Lagrange Equation
25%
Grid Generation
50%
Hull Form
25%
Hulls (Ship)
25%
Hyperbolic Tangent
50%
Influence Coefficient
25%
Integral Method
25%
Jacobi Method
25%
Nodes
100%
Numerical Example
25%
Parametric Space
25%
Rate of Convergence
25%
Spline Surface
25%
Splines
25%
Transients
100%