Add to ORKGBased on the local refinement algorithm addressed in [18], we analyze the linear independence of the bi-cubic T-spline blending functions corresponding to particular T-meshes. Key words: Isogeometric analysis, T-splines, Linear independenc
This paper introduces S-spline curves and surfaces. Local refinement of S-spline surfaces is much si...
Smooth spline functions such as B-splines and NURBS are already an established technology in the fie...
Smooth spline functions such as B-splines and NURBS are already an established technology in the fie...
Based on the local refinement algorithm, we analyze the linear independence of the bi-cubic T-spline ...
Linear independence of the blending functions is a necessary requirement for T-spline in isogeometri...
The use of T-splines [30] in Isogeometric Analysis [24] has been proposed in [5] as a tool to enhanc...
This paper shows that, for any given T-spline, the linear independence of its blending functions can...
Abstract. The T-spline functions, first introduced in [6] and in [7], are nowa-days a relevant tool ...
Analysis-suitable T-splines are a topological-restricted subset of T-splines, which are optimized to...
T-splines are an important tool in IGA since they allow local refinement. In this paper we define an...
T-splines are an important tool in IGA since they allow local refinement. In this paper we define an...
Analysis-suitable T-splines (AS T-splines) are a mildly topological restricted subset of T-splines w...
We develop an optimized local refinement algorithm for analysis-suitable++ T-splines (AS++ T-splines...
In this paper hierarchical analysis-suitable T-splines (HASTS) are developed. The re-sulting spaces ...
Isogeometric analysis based on NURBS (Non-Uniform Rational B-Splines) as basis functions preserves t...
This paper introduces S-spline curves and surfaces. Local refinement of S-spline surfaces is much si...
Smooth spline functions such as B-splines and NURBS are already an established technology in the fie...
Smooth spline functions such as B-splines and NURBS are already an established technology in the fie...
Based on the local refinement algorithm, we analyze the linear independence of the bi-cubic T-spline ...
Linear independence of the blending functions is a necessary requirement for T-spline in isogeometri...
The use of T-splines [30] in Isogeometric Analysis [24] has been proposed in [5] as a tool to enhanc...
This paper shows that, for any given T-spline, the linear independence of its blending functions can...
Abstract. The T-spline functions, first introduced in [6] and in [7], are nowa-days a relevant tool ...
Analysis-suitable T-splines are a topological-restricted subset of T-splines, which are optimized to...
T-splines are an important tool in IGA since they allow local refinement. In this paper we define an...
T-splines are an important tool in IGA since they allow local refinement. In this paper we define an...
Analysis-suitable T-splines (AS T-splines) are a mildly topological restricted subset of T-splines w...
We develop an optimized local refinement algorithm for analysis-suitable++ T-splines (AS++ T-splines...
In this paper hierarchical analysis-suitable T-splines (HASTS) are developed. The re-sulting spaces ...
Isogeometric analysis based on NURBS (Non-Uniform Rational B-Splines) as basis functions preserves t...
This paper introduces S-spline curves and surfaces. Local refinement of S-spline surfaces is much si...
Smooth spline functions such as B-splines and NURBS are already an established technology in the fie...
Smooth spline functions such as B-splines and NURBS are already an established technology in the fie...