The conchoid of a surface F with respect to given xed point O is roughly speaking the surface obtained by increasing the radius function with respect to O by a constant. This paper studies conchoid surfaces of spheres and shows that these surfaces admit rational parameterizations. Explicit parameterizations of these surfaces are constructed using the relations to pencils of quadrics in R3 and R4. Moreover we point to remarkable geometric properties of these surfaces and their construction
AbstractA canal surface in R3, generated by a parametrized curveC=m(t), is the Zariski closure of th...
Given the implicit equation for degree two curves (conics) and degree two surfaces (conicoids), algo...
Given the implicit equation for degree two curves (conics) and degree two surfaces (conicoids), algo...
The conchoid of a surface F with respect to given fixed point O is roughly speaking the surface obta...
The conchoid surface Fd of a surface F with respect to a fixed reference point O is a surface obtain...
AbstractA canal surface is the envelope of a one-parameter set of spheres with radiir(t) and centers...
We study the rationality of each of the components of the conchoid to an irreducible algebraic affin...
AbstractThe present paper investigates two-parameter families of spheres in R3 and their correspondi...
AbstractA canal surface is the envelope of a one-parameter set of spheres with radiir(t) and centers...
AbstractThe present paper investigates two-parameter families of spheres in R3 and their correspondi...
We discuss three geometric constructions and their relations, namely the offset, the conchoid and th...
We adapt the classical definition of conchoids as known from the Euclidean plane to geometries that ...
We adapt the classical definition of conchoids as known from the Euclidean plane to geometries that ...
We provide algorithms to reconstruct rational ruled surfaces in three-dimensional projective space f...
We provide algorithms to reconstruct rational ruled surfaces in three-dimensional projective space f...
AbstractA canal surface in R3, generated by a parametrized curveC=m(t), is the Zariski closure of th...
Given the implicit equation for degree two curves (conics) and degree two surfaces (conicoids), algo...
Given the implicit equation for degree two curves (conics) and degree two surfaces (conicoids), algo...
The conchoid of a surface F with respect to given fixed point O is roughly speaking the surface obta...
The conchoid surface Fd of a surface F with respect to a fixed reference point O is a surface obtain...
AbstractA canal surface is the envelope of a one-parameter set of spheres with radiir(t) and centers...
We study the rationality of each of the components of the conchoid to an irreducible algebraic affin...
AbstractThe present paper investigates two-parameter families of spheres in R3 and their correspondi...
AbstractA canal surface is the envelope of a one-parameter set of spheres with radiir(t) and centers...
AbstractThe present paper investigates two-parameter families of spheres in R3 and their correspondi...
We discuss three geometric constructions and their relations, namely the offset, the conchoid and th...
We adapt the classical definition of conchoids as known from the Euclidean plane to geometries that ...
We adapt the classical definition of conchoids as known from the Euclidean plane to geometries that ...
We provide algorithms to reconstruct rational ruled surfaces in three-dimensional projective space f...
We provide algorithms to reconstruct rational ruled surfaces in three-dimensional projective space f...
AbstractA canal surface in R3, generated by a parametrized curveC=m(t), is the Zariski closure of th...
Given the implicit equation for degree two curves (conics) and degree two surfaces (conicoids), algo...
Given the implicit equation for degree two curves (conics) and degree two surfaces (conicoids), algo...