Сравнение работоспособности конструкций из композиционных материалов с отверстиями, полученными сверлением и прокалыванием - page 9

Сравнение работоспособности конструкций…
9
Comparison of working capacity of designs
from composite materials with holes executed
by puncturing and drilling
© Yu.Z. Bolotin, T.V. Vasilyeva, E.V. Vasilenko
Bauman Moscow State Technical University, Moscow, 105005, Russia
The article shows prospects of composite materials application. We provide general con-
cepts and terms of composite materials, the technology of the assembly of highly respon-
sible and structural elements, drawbacks of the existing technology. An overview presents
advanced tools for the composite materials processing. When using these tools the stress
concentration around the drilled holes is reduced. The offered method of changing the
assembly technology is illustrated by the results of experiments.
It is shown that the pre-
preg obtained strength characteristics similar to those obtained on the uncured compo-
site material.
The results of the work can be used in rocket and space technology.
Key terms:
composite material, filler, matrix, binder, the prepreg, curing, drilling, punc-
turing.
REFERENCES
[1]
Grimes G.K., Greiman L.F. Raschet kontsentratorov, kromochnykh effektov I
soedideniy [Calculation of hubs, edge effects and connections].
In:
Composite
Materials
. New York, 1975. [in Russian: Kompozitsionnye materialy. Vol. 8,
part 2. Moscow, Mashinostroenie Publ., 1978, 264 p.].
[2] Van Fo Fy G.A. Kontsentratsiya napryazheniy okolo otverstiy v plastinakh I ob-
olochkakh iz armirovannykh materialov [Stress concentration around the holes
in the plates and shells made of reinforced materials]. In:
Kompositsionnye ma-
terialy voloknistogo stroeniya
[Composites of fibrous structure]. Kiev, Naukova
Dumka Publ., 1970, 404 p.
[3]
Website of ISCAR
. Available at:
(accessed on 15.04.2014).
[4]
Website of SANDVIK
. Available at:
(accessed on
15.04.2014).
[5] Komkov M.A., Kolganov A.V.
Vestnik MGTU im. N.E. Baumana. Seriya
Mashibostroenie — Herald of the Bauman Moscow State Technical University.
Mechanical Engineering
, 2007, no. 3, pp. 33–47.
Bolotin Yu.Z.
(b. 1952) graduated from Bauman Moscow Higher Technical
School in 1983. Senior lecturer at the
Department “Technologies of
Rocket and Space
Engineering”
of Bauman Moscow State Technical University. Sphere of researches in-
cludes
processing of composite materials
. e-mail:
Vasilyeva T.V.
(b. 1964) graduated from the Tsyolkovsky Moscow State
Aviation Technological University in 1995. Assistant lecturer at the Department
“Technologies of Rocket and Space Engineering” of Bauman Moscow State
Technical University. Sphere of researches includes processing of composite ma-
terial. e-mail:
Vasilenko E.V.
(b. 1989) is a student of the Department “Technologies of Rocket
and Space Engineering” at Bauman Moscow State Technical University. е-mail: ekateri-
1,2,3,4,5,6,7,8 9
Powered by FlippingBook