By Michael J. Moran
ISBN-10: 0471204900
ISBN-13: 9780471204909
ISBN-10: 0471429015
ISBN-13: 9780471429012
This survey of thermal structures engineering combines insurance of thermodynamics, fluid stream, and warmth move in a single quantity. constructed by way of top educators within the box, this e-book units the traditional for these attracted to the thermal-fluids industry. Drawing at the better of what works from industry top texts in thermodynamics (Moran), fluids (Munson) and warmth move (Incropera), this booklet introduces thermal engineering utilizing a platforms concentration, introduces dependent problem-solving concepts, and gives purposes of curiosity to all engineers.
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Additional resources for Introduction to thermal systems engineering : thermodynamics, fluid mechanics, and heat transfer
Example text
Sensors known as thermocouples are based on the principle that when two dissimilar metals are joined, an electromotive force (emf) that is primarily a function of temperature will exist in a circuit. In certain thermocouples, one thermocouple wire is platinum of a specified purity and the other is an alloy of platinum and rhodium. Thermocouples also utilize copper and constantan (an alloy of copper and nickel), iron and constantan, as well as several other pairs of materials. Electrical-resistance sensors are another important class of temperature measurement devices.
The 100 Celsius or Kelvin degrees between the ice point and steam point correspond to 180 Fahrenheit or Rankine degrees. When making engineering calculations, it is common to round off the last numbers in Eqs. 16 to 273 and 460, respectively. This is frequently done in subsequent sections of the text. 1 2 The state of equilibrium between ice and air-saturated water at a pressure of 1 atm. The state of equilibrium between steam and liquid water at a pressure of 1 atm. M ETHODOLOGY U P D AT E 26 Chapter 2.
In each case, the work for the process can be interpreted as the area under the curve representing the process on the accompanying p –V diagram. Note that the relative areas are in agreement with the numerical results. ❷ The assumption of a polytropic process is significant. If the given pressure–volume relationship were obtained as a fit to experimental pressure–volume data, the value of ͐ p dV would provide a plausible estimate of the work only when the measured pressure is essentially equal to that exerted at the piston face.
Introduction to thermal systems engineering : thermodynamics, fluid mechanics, and heat transfer by Michael J. Moran
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