| slovo | definícia |
hydrodynamic
(encz) | hydrodynamic,hydrodynamický adj: Zdeněk Brož |
Hydrodynamic
(gcide) | Hydrodynamic \Hy`dro*dy*nam"ic\, Hydrodynamical
\Hy`dro*dy*nam"ic*al\, a. [Hydro-, 1 + dynamic, -ical: cf. F.
hydrodynamique.]
Pertaining to, or derived from, the dynamical action of water
of a liquid; of or pertaining to water power.
[1913 Webster]
Hydrodynamic friction, friction produced by the viscosity
of a liquid in motion.
[1913 Webster] |
hydrodynamic
(wn) | hydrodynamic
adj 1: of or relating to hydrodynamics |
| | podobné slovo | definícia |
hydrodynamic
(encz) | hydrodynamic,hydrodynamický adj: Zdeněk Brož |
hydrodynamics
(encz) | hydrodynamics,hydrodynamika n: Zdeněk Brož |
magnetohydrodynamical
(encz) | magnetohydrodynamical,magnetohydrodynamický adj: Zdeněk Brož |
magnetohydrodynamics
(encz) | magnetohydrodynamics, |
microhydrodynamics
(encz) | microhydrodynamics, |
hydrodynamický
(czen) | hydrodynamický,hydrodynamicadj: Zdeněk Brož |
magnetohydrodynamický
(czen) | magnetohydrodynamický,magnetohydrodynamicaladj: Zdeněk Brož |
Aerohydrodynamic
(gcide) | Aerohydrodynamic \A`["e]r*o*hy`dro*dy*nam"ic\, a. [A["e]ro- +
hydrodynamic.]
Acting by the force of air and water; as, an
a["e]rohydrodynamic wheel.
[1913 Webster] |
Hydrodynamic friction
(gcide) | Hydrodynamic \Hy`dro*dy*nam"ic\, Hydrodynamical
\Hy`dro*dy*nam"ic*al\, a. [Hydro-, 1 + dynamic, -ical: cf. F.
hydrodynamique.]
Pertaining to, or derived from, the dynamical action of water
of a liquid; of or pertaining to water power.
[1913 Webster]
Hydrodynamic friction, friction produced by the viscosity
of a liquid in motion.
[1913 Webster] |
Hydrodynamical
(gcide) | Hydrodynamic \Hy`dro*dy*nam"ic\, Hydrodynamical
\Hy`dro*dy*nam"ic*al\, a. [Hydro-, 1 + dynamic, -ical: cf. F.
hydrodynamique.]
Pertaining to, or derived from, the dynamical action of water
of a liquid; of or pertaining to water power.
[1913 Webster]
Hydrodynamic friction, friction produced by the viscosity
of a liquid in motion.
[1913 Webster] |
Hydrodynamics
(gcide) | Hydrodynamics \Hy`dro*dy*nam"ics\, n. [Hydro-, 1 + dynamics: cf.
F. hydrodynamique.]
That branch of the science of mechanics which relates to
fluids, or, as usually limited, which treats of the laws of
motion and action of nonelastic fluids, whether as
investigated mathematically, or by observation and
experiment; the principles of dynamics, as applied to water
and other fluids.
[1913 Webster]
Note: The word is sometimes used as a general term, including
both hydrostatics and hydraulics, together with
pneumatics and acoustics. See Hydraulics.
[1913 Webster]Mechanics \Me*chan"ics\, n. [Cf. F. m['e]canique.]
That science, or branch of applied mathematics, which treats
of the action of forces on bodies.
[1913 Webster]
Note: That part of mechanics which considers the action of
forces in producing rest or equilibrium is called
statics; that which relates to such action in
producing motion is called dynamics. The term
mechanics includes the action of forces on all bodies,
whether solid, liquid, or gaseous. It is sometimes,
however, and formerly was often, used distinctively of
solid bodies only: The mechanics of liquid bodies is
called also hydrostatics, or hydrodynamics,
according as the laws of rest or of motion are
considered. The mechanics of gaseous bodies is called
also pneumatics. The mechanics of fluids in motion,
with special reference to the methods of obtaining from
them useful results, constitutes hydraulics.
[1913 Webster]
Animal mechanics (Physiol.), that portion of physiology
which has for its object the investigation of the laws of
equilibrium and motion in the animal body. The most
important mechanical principle is that of the lever, the
bones forming the arms of the levers, the contractile
muscles the power, the joints the fulcra or points of
support, while the weight of the body or of the individual
limbs constitutes the weight or resistance.
Applied mechanics, the principles of abstract mechanics
applied to human art; also, the practical application of
the laws of matter and motion to the construction of
machines and structures of all kinds.
orbital mechanics, the principles governing the motion of
bodies in orbit around other bodies under gravitational
influence, such as artificial Earth satellites.
[1913 Webster +PJC] |
hydrodynamics
(gcide) | Hydrodynamics \Hy`dro*dy*nam"ics\, n. [Hydro-, 1 + dynamics: cf.
F. hydrodynamique.]
That branch of the science of mechanics which relates to
fluids, or, as usually limited, which treats of the laws of
motion and action of nonelastic fluids, whether as
investigated mathematically, or by observation and
experiment; the principles of dynamics, as applied to water
and other fluids.
[1913 Webster]
Note: The word is sometimes used as a general term, including
both hydrostatics and hydraulics, together with
pneumatics and acoustics. See Hydraulics.
[1913 Webster]Mechanics \Me*chan"ics\, n. [Cf. F. m['e]canique.]
That science, or branch of applied mathematics, which treats
of the action of forces on bodies.
[1913 Webster]
Note: That part of mechanics which considers the action of
forces in producing rest or equilibrium is called
statics; that which relates to such action in
producing motion is called dynamics. The term
mechanics includes the action of forces on all bodies,
whether solid, liquid, or gaseous. It is sometimes,
however, and formerly was often, used distinctively of
solid bodies only: The mechanics of liquid bodies is
called also hydrostatics, or hydrodynamics,
according as the laws of rest or of motion are
considered. The mechanics of gaseous bodies is called
also pneumatics. The mechanics of fluids in motion,
with special reference to the methods of obtaining from
them useful results, constitutes hydraulics.
[1913 Webster]
Animal mechanics (Physiol.), that portion of physiology
which has for its object the investigation of the laws of
equilibrium and motion in the animal body. The most
important mechanical principle is that of the lever, the
bones forming the arms of the levers, the contractile
muscles the power, the joints the fulcra or points of
support, while the weight of the body or of the individual
limbs constitutes the weight or resistance.
Applied mechanics, the principles of abstract mechanics
applied to human art; also, the practical application of
the laws of matter and motion to the construction of
machines and structures of all kinds.
orbital mechanics, the principles governing the motion of
bodies in orbit around other bodies under gravitational
influence, such as artificial Earth satellites.
[1913 Webster +PJC] |
magnetohydrodynamics
(gcide) | magnetohydrodynamics \mag*net"o*hy`dro*dy*nam"ics\, n.
The study of the interaction of magnetic fields with
electrically conductive fluids, such as a plasma or a molten
metal.
[WordNet 1.5] |
hydrodynamic
(wn) | hydrodynamic
adj 1: of or relating to hydrodynamics |
hydrodynamics
(wn) | hydrodynamics
n 1: study of fluids in motion [syn: hydrodynamics,
hydrokinetics] |
magnetohydrodynamics
(wn) | magnetohydrodynamics
n 1: the study of the interaction of magnetic fields and
electrically conducting fluids (as plasma or molten metal) |
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