During aeroelastic simulation, forces and displacements must be interpolated between the non-matching fluid and structural meshes, while the volume fluid mesh must deform as the surface moves. Fluidstructure interpolation is necessary because numerical models for fluids and structures use different solvers, and at the interface these meshes do not match. The problem of mesh motion arises from the fact that the discretised fluid volume must conform to the motion of the surface, which means motion of the surface must be diffused into the volume.EThOS - Electronic Theses Online ServiceGBUnited Kingdo
A new point-by-point mesh movement algorithm is developed for the deformation of unstructured grids....
A radial basis function (RBF) interpolation method is implemented to be applied in computational flu...
We consider a fluid-structure interaction (FSI) problem discretized by finite elements featuring two...
A multivariate interpolation scheme, using radial basis functions, is presented, which results in a ...
Aeroelasticity studies the interaction between aerodynamic forces and structural responses, and is o...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
Summarization: The development of an efficient partitioned FSI coupling scheme is reported in this p...
A new point-by-point mesh movement algorithm is developed for the deformation of unstructured grids....
A radial basis function (RBF) interpolation method is implemented to be applied in computational flu...
We consider a fluid-structure interaction (FSI) problem discretized by finite elements featuring two...
A multivariate interpolation scheme, using radial basis functions, is presented, which results in a ...
Aeroelasticity studies the interaction between aerodynamic forces and structural responses, and is o...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
Fluid structure interaction (FSI) is a complex phenomenon that in several applications cannot be neg...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
When addressing multi-domain/multi-physics problems, the correct exchange of mathematical informatio...
Summarization: The development of an efficient partitioned FSI coupling scheme is reported in this p...
A new point-by-point mesh movement algorithm is developed for the deformation of unstructured grids....
A radial basis function (RBF) interpolation method is implemented to be applied in computational flu...
We consider a fluid-structure interaction (FSI) problem discretized by finite elements featuring two...