Static philosophy

Is the static philosophy of the hypermedia system not in opposition with such a behaviour Are the present material technologies able to ensure an ergonomically satisfactory response time for such a system ... 

The most celebrated textual embodiment of the science of energy was Thomson and Tait s Treatise on Natural Philosophy (1867). Originally intending to treat all branches of natural philosophy, Thomson and Tait in fact produced only the first volume of the Treatise. Taking statics to be derivative from dynamics, they reinterpreted Newton s third law (action-reaction) as conservation of energy, with action viewed as rate of working. Fundamental to the new energy physics was the move to make extremum (maximum or minimum) conditions, rather than point forces, the theoretical foundation of dynamics. The tendency of an entire system to move from one place to another in the most economical way would determine the forces and motions of the various parts of the system. Variational principles (especially least action) thus played a central role in the new dynamics. 

In addition to the solid waste problem, we can also expect that with expanding population or expanding demands of a static population, there will be societal pressure to reduce material usage over and above cost factors. These pressures could result in legislation to expand the environmental protection philosophy. For example, since plant materials are a renewable resource as well as readily recyclable, we may expect forced increases in paper-based packages. 

The bulk chemical commodity producing companies (e.g., refineries, petrochemicals) have been practicing this philosophy for some time, using dynamic models to contain operational variability through feedback controllers, and employing static models to determine the optimal levels of operating conditions (Lasdon and Baker, 1986 Garcia and Prett, 1986). 

The second method provides a double barrier within the steam generator itself. The double barrier has conventionally been in the form of concentric tubes and double tube sheets with the intermediate space filled with a static third fiuid to assist in the transfer of heat. The third-fluid system was equipped to detect any leaks which might occur in either of the single barriers. Under the doublewall philosophy as originally developed, if a leak occurred in either barrier, the heat exchanger was taken out of service for repair or replacement. 

T]he events which are analyzed into more minute events have been assigned a secondary degree of reality, and the actions in virtue of which the lesser ones constitute the original gross event are lost from view, or what is even more harmful, are treated as themselves simple or elementary static entities. It is one of the functions of philosophy to recall us from the results of analyses, which are made for special purposes, to the larger, if coarser and in many respects cruder, events which alone have primary existence. (Dewey 2012, 324)... 

Volta s father was a Jesuit for 11 years but left the priesthood and married when it became clear that the family line would otherwise die out. The marriage produced three nuns and three males who went into the church. Volta however was withdrawn from the local Jesuit college when a philosophy professor tried to recruit him into the Jesuits with gifts of chocolates, bonbons, and secret communications. Volta probably would have not succeeded as a Jesuit in any case, because he was a man who understood a lot about the elearicity of women, and for many years he enjoyed the companionship of the singer Marianna Paris. He was drawn to natural philosophy, and he became interested in the Leiden jar, lightning, and static electricity. 

The corpuscular philosophy had been applied to gases before, and Newton had shown that it was possible to explain gas pressure and Boyle s law in terms of the repulsions between particles. Newton s picture was essentially a static one, and the first person to attempt to develop a dynamic, or kinetic, theory of gases was the Swiss physician and mathematician Daniel Bernoulli (1700-1782) in 1738. He assumed that gases consist of an immense number of particles of negligible size in rapid motion exerting no forces on each other except when in collision. Pressure is caused by the particles bombarding the walls of the containing vessel, and he showed that Boyle s law could be derived from this model. 

Collective experience strongly confirms that quality and productivity increase with the increased use of properties of preventative systems. In contrast to the better late than never after the fact philosophy, the preventative philosophy is to solve—or possible, prevent—a given problem as early as possible. This means finding a problem statically is better than finding it dynamically. Preventing it by the way a system is defined is even better. Better yet, is not having to define (and build) it at all. 

Philosophy of ITER Alarm System Management Iter 3WCD7T, February 01, 2013. http //static.iter.Org/codac/pcdh7/Folder%201/l l philosophy of ITER Alarm System ... 

So far, the allocation of function between humans and machines could be assumed as being a one-shot effort allocation of function, once defined, remains static. Dynamic allocation of function is an alternative that makes it possible to adjust the division of labor between the human and the automation over time (Lee, 2006, p. 1581). This approach relies on two distinct antomation philosophies ... 

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