Drive the nail until the head is flush with the trim surface.
Tap the second nail to drive the first just below the trim surface.
Remove the tape by pulling the tape off at least a 90 degree angle from the trim surface.
This paper presents an efficient method for generating NC tool paths from some trimmed surfaces.
A method for trimming surfaces generated as solutions to partial differential equations (PDEs) is presented.
The method can deal efficiently with parts composed of trimmed surfaces.
This is a unified offset approach for trimmed surfaces where in the offset of underlying surface and the offset of trimming loops are obtained using the same approach.
In this paper, we present an algorithm for converting general trimmed surfaces into a set of tensor-product (typically B-spline) surfaces.
The proposed second method can be used without any modifications with trimmed surfaces, while the generated planar developments can also be used for minimally distorted texture mapping.
In the duplication of a physical part such as die and mold, aerospace part and so on, most of patches are trimmed surfaces resulting from Boolean manipulations.
In contrast to the approaches based on trimmed surfaces and control polyhedra, in curve network-based design feature curves can be directly created and edited in 3D.
