Improving minimum strain energy curve calculations for flexible blade cutting

Curve selection based on strain energy level and improved shape representation for flexible blade cutting technology

Advanced computer support of engineering and service processes of virtual enterprises

Validating algorithms for calculation of the shape of a flexible blade

Exploration of local blade motions during blade shaping for thick layered foam cutting

Integrating traditional and digital modeling of freeform product concepts using 3D scanning technology

Exploration of flexible blade curvature for free form thick layered object manufacturing

Analyzing the cutting process of a heated flexible blade in extruded polystyrene foam

Survey and investigation of hand motion processing technologies for compliance with shape conceptualization

Hand motion processing in applications: a consive survey and analysis of technologies

Dynamic shaping analysis of a flexible foam cutting blade

Shaping minimum strain energy curves for FF-TLOM

Speed control for flexible blade cutting of thick foam layers

Developing a tool for the direct cutting of freeform surfaces out of extruded polystyrene foam

Exploration of influential parameters for speed control of the flexible blade cutting process

Free-form thick layer object manufacturing technology for large-sized physical models

An effective geometric and kinematical analysis of ruled surface feature manufacturability for rapid prototyping

Rapid prototyping revisited

Automated evaluation of advanced layered manufacturing processes by process planning

Looking for minimum conditions for FF-TLOM cutting, equal blade tangencies at both layer contours