I've been trying to get to grips with the PDE Toolbox and I've been using the "DeflectionAnalysisOfBracketExample" example as a guide before I insert my own data and get specific. I'm really just trying to see if my own meshes will work. The mesh in question has the following properties, after I set boundary conditions:
AnalysisType: "structuralStatic"
Geometry: [1×1 fegeometry]
PlanarType: "planeStress"
MaterialProperties: [1×251 materialProperties]
Boundary Conditions
FaceBC: [1×1630 faceBC]
EdgeBC: [0×5245 edgeBC]
VertexBC: [0×4596 vertexBC]
ROMInterfaces: []
Loads
CellLoad: [0×251 cellLoad]
FaceLoad: [1×1630 faceLoad]
EdgeLoad: [0×5245 edgeLoad]
VertexLoad: [0×4596 vertexLoad]
Initial Conditions
CellIC: [0×251 cellIC]
FaceIC: [0×1630 faceIC]
EdgeIC: [0×5245 edgeIC]
VertexIC: [0×4596 vertexIC]
Other Parameters
DampingAlpha: 0
DampingBeta: 0
ReferenceTemperature: []
SolverOptions: [1×1 pde.PDESolverOptions]
Constants
VacuumPermittivity: []
VacuumPermeability: []
StefanBoltzmann: []
But when I go to use generateMesh for projecting the results, I get the following error message:
Error using fegeometry/generateMesh (line 223)
Unable to compute geometry-mesh associativity because the geometry is invalid or the mesh size is insufficient for capturing all
geometric details. Try adjusting Hmax and Hmin.
Error in femodel/generateMesh (line 355)
obj.Geometry_I = generateMesh(obj.Geometry,nvpairs{:});
What I have I done wrong? What am I missing? Is my mesh too big?
