(Proceedings of LHMTS 2013)International audienceIn industrial surface generation, it is important to consider surfaces with minimal areas for two main reasons: these surfaces require less material than non-minimal surfaces, and they are cheaper to manufacture. Based on a prototype, a so-called masterpiece, the final product is created using small deformations to adapt a surface to the desired shape. We present a linear deformation technique preserving the total curvature of the masterpiece. In particular, we derive sufficient conditions for these linear deformations to be total curvature preserving when applied to the masterpiece. It is useful to preserve total curvature of a surface in order to minimise the amount of material needed, and ...
This survey reviews the recent advances in linear variational mesh deformation techniques. These met...
AbstractVariation of the total mean curvature of piecewise smooth surfaces in Euclidean 3-spaces und...
Abstract This paper presents algorithms for optimal development (flattening) of a smooth continuous ...
We present a geometry processing framework that allows direct manipulation or preservation of positi...
The study of material surfaces uses notions from classical differential geometry, such as the covari...
A piece of paper, a steel sheet, a plywood panel or glass pane naturally takes the shape of a develo...
Computer processing of free form surfaces forms the basis of a closed construction process starting ...
Les surfaces analytiques ne permettent pas de représenter les formes gauches largement utilisées en ...
One of the remaining challenges when reconstructing a surface from a finite sample is recovering n...
The paper proposes a method for finding mechanically rational and practical forms of curved surface ...
The stored energy of an unstretchable material surface is assumed to depend only upon the curvature ...
Handwritten"Approved for Master's Thesis, May 1st 1904, E.R. Hedrick"M.A. University of Missouri 190...
This research studies some issues related to approximate surface development. Two related problems a...
We consider the problem of characterizing the smooth, isometric deformations of a planar material re...
(Statement of Responsibility) by Conor Welch(Thesis) Thesis (B.A.) -- New College of Florida, 2021...
This survey reviews the recent advances in linear variational mesh deformation techniques. These met...
AbstractVariation of the total mean curvature of piecewise smooth surfaces in Euclidean 3-spaces und...
Abstract This paper presents algorithms for optimal development (flattening) of a smooth continuous ...
We present a geometry processing framework that allows direct manipulation or preservation of positi...
The study of material surfaces uses notions from classical differential geometry, such as the covari...
A piece of paper, a steel sheet, a plywood panel or glass pane naturally takes the shape of a develo...
Computer processing of free form surfaces forms the basis of a closed construction process starting ...
Les surfaces analytiques ne permettent pas de représenter les formes gauches largement utilisées en ...
One of the remaining challenges when reconstructing a surface from a finite sample is recovering n...
The paper proposes a method for finding mechanically rational and practical forms of curved surface ...
The stored energy of an unstretchable material surface is assumed to depend only upon the curvature ...
Handwritten"Approved for Master's Thesis, May 1st 1904, E.R. Hedrick"M.A. University of Missouri 190...
This research studies some issues related to approximate surface development. Two related problems a...
We consider the problem of characterizing the smooth, isometric deformations of a planar material re...
(Statement of Responsibility) by Conor Welch(Thesis) Thesis (B.A.) -- New College of Florida, 2021...
This survey reviews the recent advances in linear variational mesh deformation techniques. These met...
AbstractVariation of the total mean curvature of piecewise smooth surfaces in Euclidean 3-spaces und...
Abstract This paper presents algorithms for optimal development (flattening) of a smooth continuous ...