Übersetzung für "Collapse pressure" in Deutsch

Yes, because women collapse under pressure.

The pressure-modulating methods used thus far were not able to control this pressure collapse fast enough.

In this connection, the radial strength can be expressed quantitatively by stating a collapse pressure.

In this connection, the compression takes place suddenly when the collapse pressure is reached—the implant collapses.

But if you think the infrastructure was going to collapse under the pressure, you are mistaken.

Now that Pakistan has been obliged to stop giving political and military support to the Taliban regime, that regime should collapse under the pressure of the whole of the Afghan people, as Commander Masood predicted.

It would be terrible if an establishment which defended itself against Communist power should collapse under pressure from European Union directives.

In fact, colonialist ideology in Papua demanded that indigenous society remain relatively stable within tradition and culture, and for this reason, the Vailala Madness was considered to be a troubling indicator that society might collapse under the pressure of change.

Seek medical advice in case of hypertensive crisis (very high blood pressure, collapse), neuroleptic malignant syndrome (confusion, sweating, muscle rigidity, hyperthermia, increase level of enzyme creatine kinase in your blood), serotonin syndrome (confusion, hypertension, muscle stiffness, hallucinations), and hypotension.

Serious adverse reactions are known to occur with the concomitant use of SSRIs, SNRIs, tricyclic/tetracyclic antidepressants and MAO inhibitors, such as hypertensive crisis (high blood pressure, collapse), neuroleptic malignant syndrome (confusion, sweating, muscle rigidity, hyperthermia, CPK increase), serotonin syndrome (confusion, hypertension, muscle stiffness, hallucinations), and hypotension.

However, symptoms of overdose include severe breathing problems like slow and shallow breathing, loss of conciousness, extreme low blood pressure, collapse and muscle rigidity.

The symptoms of overdose include severe breathing problems like slow and shallow breathing, loss of consciousness, extremely low blood pressure, collapse and muscle rigidity.

As British economist Charles Goodhart explained in the 1980s, “any observed statistical regularity will tend to collapse once pressure is placed upon it for control purposes.”

This pressure collapse, which preferably occurs at low engine revolutions, is caused by the slow displacement speed of the piston of the pumping element, but also by the effect of pressure increase as a result of two opposite pressure waves as described above.

Such losses in the fuel supply may be tolerated during the pressure build-up phase for the preparation of the pre-injection, but during the subsequent, extremely fast pressure build-up in the time interval between the terminated pre-injection (with subsequent pressure collapse) and the starting main injection this creates an intolerable volume deficit of the injection volume needed.

This pressure collapse is especially disadvantageous when, according to practical requirements, a short time interval is desired between the pre-injection and the main injection.

Since the speed of the pressure build-up and also the amount of the pressure gain in the area in front of the injection valve are basically determined by the additive effect of two overlapping pressure waves, one of which is travelling down-stream towards the valve holder and the other, due to reflection, is moving up-stream along the closed valve needle seat, a volume discharge is possible via the injection action into the combustion chamber, which yields the needed fuel for the pre-injection (the end of which is determined by the opening of a by-pass valve due to the electrical actuation of a solenoid), but also leads to an undesired pressure collapse.

The collapse of the pressure within the extinguishing line has the result that the non-return valve 14 is opened by the pressure on the inlet flow side.

In particular the good mechanical properties (recoil, collapse pressure, longitudinal flexibility and low crimp profile) are still retained as it is precisely in comparison with the known ‘Tenax®’ stent that the structure of the tubular portions themselves and the basic manner of connecting adjacent portions do not change.

In sonochemisrtry, the extreme conditions which occur on collapse (pressure, temperature) of the cavitational bubbles generated in the ultrasound field are exploited.

This means that the implant is mechanically stable such that, for example, the collapse pressure has dropped only insignificantly, i.e., not below 80% of the nominal value.