Drawing plus sculpture, 12" X 12" X 12", 2006.
In a basis of construction of the Composition No.1 symmetry of crossing of
five dodecahedrons is used. The given polyhedron is the fifth level at continuation
of sides of a nucleus of crossing of five dode three-dimensional computer program
3 ds max was under construction. The drawing displays on a 2-dimensional plane
without distortions all sides of a polyhedron (similarly to drawings M. WENNINGER
and V.N. Gamajunov). On the basis of the given drawing it is possible to construct
the greatest possible polyhedron 28 levels. The breadboard model is made of
a paper. The sequence of construction is submitted in a file " the appendix
a composition No.1 "
Sculpture, 12" X 12" X 12", 2007.
In a basis of designing of a composition No.2 symmetry of crossing of five dodecahedrons
is used. For definition of places of crossing of modules among themselves in
space the drawing of this polyhedron was used. The breadboard model is made
of transparent plastic. It is collected from 120 identical modules.
Sculpture, 10" X 10" X 10", 2007.
In a basis of designing of a composition No.3 symmetry of crossing of five dodecahedrons
is used. For definition of places of crossing of modules among themselves in
space the drawing of this polyhedron was used. The breadboard model is made
of mirror plastic. It is collected from 60 identical modules.
Sculpture, 10" X 10" X 10", 2006.
In a basis of designing of a composition No. 4 the 16-faced prism is used. Each
element of pavilion lays on planes parallel to sides of a prism. For definition
of places of crossing of modules among themselves in space the drawing of this
polyhedron was used. The drawing displays on a 2-dimensional plane without distortions
all sides of a polyhedron. The breadboard model is made of plastic.
Sculpture, 12" X 12" X 20", 2006
In a basis of designing of a composition No. 5 symmetry of crossing of five
dodecahedrons is used. In this composition 3 elements from 12-TH are used. For
definition of places of crossing of modules among themselves in space the drawing
of this polyhedron was used. The breadboard model of the fixture is made of
polypropylene.
Evgeniy Meshkov, Electrostal (Moscow area), Russian Federation
The general director of studio of design "A three". A member of the Union of
designers of the city of Moscow.
Studying polyhedrons - my hobby
"I offer a method of geometrical construction of the drawing of a polyhedron
in the three-dimensional computer program 3 ds max. The drawing displays on
a 2-dimensional plane without distortions all sides of a polyhedron. (it is
similar to drawings of M. WENNINGER).
This method is based on geometrical constructions. Allows to not use complex
mathematical calculations.
By means of the given form-building method it is possible to model not only
polyhedrons, but also spatial compositions of curvilinear forms.
This way it is possible to develop products of various purpose: for example,
architectural forms, elements of an interior, jewels and many other things.
Association in the offered method of absolutely exact geometrical constructions
and curvilinear forms, can form a basis for form-building activity of the designer.
"