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In [17], the comprehensive optimization of rigid tool Liquid composite molding (LCM) processes was established as a BLOP.
A simulation has been conducted in the MatLab environment to predict the surface profile with rigid tool working on a flat workpiece surface based on Preston's Law.
The computational models were further used to determine the hoop force on the stent and radial force on a rigid tool during crimping and self-expansion.
This paper proposes a new control architecture for stable and transparent haptic rendering of interactive simulation involving a rigid tool and deformable objects.
The two FE-models are one SMF model with two-dimensional (2D) rigid tool surfaces and one structural model of the die and press.
A comprehensive tooling force analysis is presented for rigid tool Liquid Composite Moulding (LCM) processes such as Resin Transfer Moulding (RTM) and Injection/Compression Moulding (I/CM).
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Both the makers of rigid tools and the catheter companies are competing in another fast-developing field of "scarless" therapy involving operations performed through the urinary tract and other natural openings.
Typically, rigid tool-based methods such as diamond turning, grinding and honing are employed for nanoscale polishing.
Complementing bonnets, rigid tools can be used to rectify mid-spatial features and assist edge control.
A contact algorithm for arbitrarily shaped rigid tools has been realised by means of penalty approach.
On the other hand, the computational time of the simulation increases significantly in comparison with the classical approach (rigid tools).
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