There are a lot of
researches which are carried out in order to create vessels with low
hydrodynamic drag and high mobility and economy. These researches are supported
by the great number of grants and investments. The result is still dim, since
most of the work done base on principles of classic hydrodynamics.
Non-linear oscillations hydrodynamics can open new horizons in
this field. The same evolution steps were taken by animals, which are capable of
flying and swimming. There are a number of tries made to use oscillatory motion
in order to create lift and thrust. USA has a number of active programs, where
the main purpose is to create oscillating type thruster. In spite of the big
investments, there is no guarantee that such devices will be developed, due to
the above mentioned reasons (work is being done on the basis of old principles).
It's impossible for modern ships and
underwater vehicles to reach new technologies on the basis of stationary
hydromechanics (fig. by T.E. Bearden).
Non-linear oscillator hydrodynamics and view of the
vehicle as whole system can radically change set trends. It is not an easy task,
since discovered principles relatively recent and they are presented by a number
of small works and publications. The situation becomes even worse, since the
scientists are not definitely agreed that the field of physical phenomena can be
described by means of non-linear oscillator hydrodynamics. Not all possibilities
are known, or thoroughly researched, such as: annihilation of hydrodynamic drag
to the zero, producing of lift many times grater, then it is possible to produce
by classical principles of hydrodynamics.
For creation of highly effective devices of new type on the basis
of the use of nonlinear oscillatory hydrodynamics we have:
1. Knowledge of nonlinear oscillatory
hydrodynamics.
Kinematics of vortexes about a
oscillating body
2. Programs of calculation engine-thruster a
complex of the oscillatory type, transmitting-agreeing elements.
3. Programs of calculation of kinematic,
dynamic and power characteristics of flapping wings.
4. Programs of calculation of a wave mode of a
flow. The atlas structures of wings (kwazi stationary and a nonlinear
hydrodynamical mode).
5. Programs of measurement and identification
of dynamic and power characteristics of flapping wings.
6. Stands research of hydrodynamical
characteristics of flapping wings in a mode of operation on a place.
7. Complex of the equipment for measurements
of characteristics of flapping wings.
The equipment for measurements of
characteristics of flapping wings.
8. The equipment for management of
characteristics of oscillating wings.
The equipment for management of flapping
wings.
9. System of adaptive
management of characteristics thruster.
We search for the investor
for creation of new type over effective thruster for courts and underwater
vehicles.
We can develop and make the first working
samples thruster various purpose. We have no ready samples. We have the big
theoretical, experimental and practical experience of development and
manufacturing of working samples of engineering using
oscillations.
Our
production and services:
1. To develop and make the first
samples thruster oscillatory type for underwater
vehicles.
2. To develop and make the first samples thruster
oscillatory type for boats
and courts.
3. To develop and make the first samples thruster oscillatory type for boats
on underwater wings.
4. Participation in your projects on decrease
of hydrodynamical drag of your vehicles, with the help of creation of a wave
flow.
5. Research and development alternative
thruster creating force due to a gradient
of energy
6. Performance of research and settlement
--design works under your orders:
Drawing up of the atlas of hydrodynamical characteristics of a flapping wing
for a mode kwazi stationary oscillations
Drawing up of the atlas of hydrodynamical characteristics of a flapping wing
for a mode nonlinear oscillatory
Drawing up of the atlas of hydrodynamical characteristics of a wave flow of
the case (the case, a wing or other bodies) at kwazi stationary a mode of a flow
Drawing up of the atlas of hydrodynamical characteristics of a wave flow of
the case (the case, a wing or other bodies) at a nonlinear mode of a flow
Calculation of hydrodynamical characteristics of a flapping wing for
underwater vehicles
Development of a design of a flapping wing for underwater vehicles
Development of a design of transmitting-agreeing elements for the
coordination of kinematic, dynamic and power characteristics between the engine
and hydrodynamical loading of a wing
Development and manufacturing of system of a drive for oscillation of wings
Development and manufacturing of control system for underwater vehicles with
flapping wings
Development and manufacturing of system of adaptive optimum control for
underwater vehicles with flapping wings
Techniques and programs for experimental researches
State-of-the-art reviews of scientific publications on hydrodynamics
flapping wings
State-of-the-art reviews of patents of underwater vehicles with flapping
wings
State-of-the-art reviews of designs of underwater vehicles with flapping
wings.
