Rankine Cycle, Mechanical Engineering

In a nuclear power plant saturated steam at 30 bar enters a h.p. turbine and expands isentrophically to a pressure at which its quality is 0.841. At this pressure the steam is passed through a moisture superator which removes all the liquid. Saturated vapour leaves the seperator and is expanded isentrophically to 0.04 bar in i.p. turbine, while the saturated liquid leaving the seperator is returned via a feed pump to the boiler the condensate leaving the condenser at 0.04 bar is also returned to the boiler via a second feed pump. Calculate the cycle efficiency and turbine outlet quality taking in to account the feed pump term. Recalculate the same quantities for a cycle with the same boiler and condenser pressures but without moisture seperation.
Posted Date: 3/10/2013 1:30:28 AM | Location : USA







Related Discussions:- Rankine Cycle, Assignment Help, Ask Question on Rankine Cycle, Get Answer, Expert's Help, Rankine Cycle Discussions

Write discussion on Rankine Cycle
Your posts are moderated
Related Questions
The Continue Dimension Command You can use the Continue command to add a string of dimensions. In the illustration above the "36mm" dimension has been continued from the "64mm"

Process for solve screw conveyer problem For fully automatic extension of screw conveyer according to screed width we have to go for some design changes, At the end of main

Process capability Process capability which is a measurement with respect to the inherent precision of a manufacturing process has two significant elements, i.e. process facto

Sweep Representations  The simplest form of sweep is that produced by sweeping a two-dimensional area along an axis perpendicular to its plane. This form of sweep is most usefu

Necessity of Battery To obtain power for ignition system. To obtain power for lighting. To obtain power for horn. To obtain power for self-starting.

(a) Enlist and describe the several mechanical properties of commonly used engineering materials. (b) State the objectives and applications of case-hardened components.

A truss of span 10 meters is loaded as shown in Figure. Determine the forces in all the members of the truss by Method of Joint.

Can you explain about MIS ? What is the role of MIS in decision making ? Illustrate standardization, specialization and simplification in product design and development.


Calculate the weight of body and the coefficient of friction: Q: Bodies resting on rough horizontal plane required pull of 24N inclined at 30º to the plane just to move it. I