In computational geometric design numerical and mathematical methods are applied to problems having a significant geometric component. Exemplary topics include curve and surface design, geometric algorithms, reverse engineering, solid modeling, computer vision, graphics, robotics, and scientific visualization.
Applications of these approaches continues to grow in both academia and industry and can now be found in a wide range ofdisciplines such as engineering, physics, chemistry, medicine,geosciences, biology, architecture, and art.
This special issue is dedicated to recent developments in computational geometric design. Novel contributions containing new theoretical insights, method development, or application are desired. The list of suggested topics includes, but is not limited to:
• 3D fabrication and manufacturing technologies
• 3D printing
• Algebraic, differential, and discrete geometry
• Computational geometry and topology
• Computer aided geometric design
• Curves and surfaces
• Geometric design in science, engineering, and new materials
• Geometric deep learning
• Isogeometric analysis
• Mesh generation
• Numerical analysis of geometric algorithms
• Reverse engineering and reconstruction of shapes
• Robotics and automation
• Shape analysis, modelling, and optimization
• Topological modelling
• User interfaces for geometric modelling