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Hooch cooling system pushing out water from cap
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<blockquote data-quote="DaveKamp" data-source="post: 214536" data-attributes="member: 5122"><p>Water and airflow both fall under 'fluid dynamics', but they ARE different:</p><p></p><p>Gasses are compressible... Liquids are not.</p><p></p><p>Liquids are liquids because the temperature is low enough, and pressure is high enough, so that they remain liquid.</p><p></p><p>When you reach a point of temperature high enough, at a given pressure, or a pressure low enough, at a given temperature, something called PHASE CHANGE occurs.... liquids become gases. In the same path, gases, when subjected to enough pressure at a given temperature, will become liquid, or when, at a given pressure, are cooled to a sufficient temperature, will become liquid.</p><p></p><p>It didn't matter wether the class was on hydraulic or pneumatic systems, I always started with ONE FULL DAY of class dedicated to fluid dynamics principles. Any student who missed that day, would be totally helpless through the rest of the class, so I made certain that any that missed that day, wound up in a 'catch up session' before the next classtime.</p><p></p><p>The rules that I made them all recite:</p><p></p><p>Any hydraulic system with air bubbles in it... is Pneumatic.</p><p>Any pneumatic system with oil or water in it... is Hydraulic.</p><p>Any Fluid Power System with ice in it... is FROZEN.</p><p>Any Fluid Power System with DIRT in it... is BAD.</p><p></p><p>And on the sign on the outside of the classroom door:</p><p></p><p>Plumbing, not Money, is the Root of All Evil.</p></blockquote><p></p>
[QUOTE="DaveKamp, post: 214536, member: 5122"] Water and airflow both fall under 'fluid dynamics', but they ARE different: Gasses are compressible... Liquids are not. Liquids are liquids because the temperature is low enough, and pressure is high enough, so that they remain liquid. When you reach a point of temperature high enough, at a given pressure, or a pressure low enough, at a given temperature, something called PHASE CHANGE occurs.... liquids become gases. In the same path, gases, when subjected to enough pressure at a given temperature, will become liquid, or when, at a given pressure, are cooled to a sufficient temperature, will become liquid. It didn't matter wether the class was on hydraulic or pneumatic systems, I always started with ONE FULL DAY of class dedicated to fluid dynamics principles. Any student who missed that day, would be totally helpless through the rest of the class, so I made certain that any that missed that day, wound up in a 'catch up session' before the next classtime. The rules that I made them all recite: Any hydraulic system with air bubbles in it... is Pneumatic. Any pneumatic system with oil or water in it... is Hydraulic. Any Fluid Power System with ice in it... is FROZEN. Any Fluid Power System with DIRT in it... is BAD. And on the sign on the outside of the classroom door: Plumbing, not Money, is the Root of All Evil. [/QUOTE]
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