The phrase 'mass pressure' is correct and usable in written English.
It refers to the collective pressure or force that a large or influential group of people can exert on a certain outcome, often in the form of organized activism. For example, "The civil rights movement was able to achieve its goals due to the mass pressure applied by its supporters."
2. General Physics: 2.1 Measurements of mass, pressure and other mechanical quantities.
This paper will show that a simple membrane (e.g. balloon) is not always the minimal mass pressure vessel.
Apart from that moment, Ballantyne was at his frenetic best in the opening half, with the 173cm, 77kg pocket rocket using his body as a battering ram to apply mass pressure on the Power.
"There was critical mass pressure on politicians," he added, "saying whatever you do, we don't want to go back to the time when you saw a hotel being built and assumed it would be blown up a month later and every time you switched on the radio somebody had been murdered in the city center".
The model takes into account 3D urban geometries, external wind, buoyancy, convective heat transfers from urban surfaces; it can simulate zonal air temperature, pressure, and airflow patterns by interactively solving mass, pressure and energy balance equations.
A specific one-dimensional model of the valves was developed and the mass and energy balances were applied to the refrigerant inside the cylinder to determine the mass, pressure and temperature behaviour and the heat and work transfer through the compression process.
Those leaders' early efforts to use development-oriented government intervention, guided by Keynesian economics, to achieve rapid economic growth had not satisfied those mass pressures.
Focusing on the role of mass pressures in the regulation of risk associated with production, consumption, and the environment, Professors Timur Kuran and Cass R. Sunstein analyze availability cascades and suggest reforms to alleviate their potential hazards.
The empirical relationship is based on experimental data as well as experimentally validated 3-D computational fluid dynamics simulations that examine the effects of frequency, mass flow rate, pressure ratio, mass-pressure phase difference, hot and cold end temperatures, and static tilt angle.
An optimal mass injection pressure ratio is identified.
A hydrodynamic model was developed based on mass and pressure balances.
