compress

Examples of compressive

compressive
In general, a characteristic field is essentially genuinely nonlinear, and the involved wave is characterized by the so called compressive shock or expansive rarefaction.
One resolution is to apply a compressive nonlinear mapping to the range of parameters once they are produced.
It is found that both rarefactive and compressive types of solitons can exist in the presence of isothermal hot electrons and negatively charged dust grains.
Such shocks, which have too few incoming characteristics, are often called under-compressive.
The y components of the flows and the magnetic field show a sequence of sign rever sals opposite to that of the compressive solitons.
It is this property which gives rise to the 'spikyness' in the compressive phase and relative smoothness in the expansion phase.
Their declared compressive shocks and expansive rarefactions are always observed, along with the described contact.
The difference between the compressive and undercompressive cases appears even more forcefully in the consideration of multidimensional stability.
In higher dimensions we develop a long-wave asymptotic theory for both compressive and undercompressive traveling waves.
To activate the locking mechanism, the female part must turn 90 clockwise with compressive force.
In these cases, the functions became compressive at the highest mask contrast tested.
Both sets of measurements show evidence for approximate linearity at low contrasts and strong compressive nonlinearity at high contrasts.
The magnitudes of the compressive stresses in masonry are very small.
Adhesion is then promoted by compressive states of stresses, which leads to the closure of the cavities.
Because the suctions are large, the compressive stresses in the membrane are considerable.
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