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1.
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Tesař, V.
Paper presents a new concept: invariants of second order. The idea bypasses the necessity of geometric similarity (allowing only scaling up or down) in working with dimen [...]
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2.
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Tesař, V.
Paper discusses an almost unknown and yet interesting operating principle of fluidic nomoving-part devices for flow control. The principle is based on the properties of v [...]
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3.
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Tesař, V.
The problem with existing principles of skin friction measurements are the disturbances caused by the components of the sensor protruding above the surface, however small [...]
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Paper summarises results obtained in preliminary feasibility study of a novel pneumatic atomiser for generation o fine droplet spray. The new feature is pulsating the air [...]
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5.
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Several alternative approaches to processing flow visualization images were recently introduced by the authors. Their common feature is processing a sequence of 2D images [...]
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Impinging jets can transfer the highest achievable thermal flux into (or out from) solid bodies. The transport is significantly influenced by complex and so far not fully [...]
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Authors investigated aerodynamics of an actuator designed to generate annular synthetic jets reaching to very large distances. It is to be used for detecting illegal subs [...]
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8.
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Tesař, V.
Microfluidics is a new field of fluid flow generation and control at small scales, making possible fundamental changes in some engineering and biomedical fields. Particul [...]
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9.
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Tesař, V.
A mechanism of aerodynamically excited vibration of a movable or elastic solid body was investigated and suggested for use in a number of fluidic (or mechano/fluidic) dev [...]
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10.
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Tesař, V.
Fluidics, technique of handling fluids, is usually meant to imply absence of moving components. It is less known and used than it deserves considering the advantages it o [...]
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