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Showing 1 to 6 of 6 for “"Wet Steam"”.

  1. Conceptual Design and Instrumentation Study for a 2-D, Linear, Wet Steam Turbine Cascade Facility

    The design of last stage low pressure steam (LP) turbines has become increasingly complicated as turbine manufacturers have pushed for larger and more efficient turbines. The tip sections of these LP turbines encounter condensing wet steam at high velocities resulting in increased losses. These …

    vt Repository record for Conceptual Design and Instrumentation Study for a 2-D, Linear, Wet Steam Turbine Cascade Facility (opens in a new tab)

  2. Testing and modeling of a two-phase ejector

    … ejector designed from single-phase ejector and wet steam ejector design methods. The poor performance indicates the design methods must be improved for two-phase ejectors. This research has begun the development of design methods for the two-phase ejectors and this research has developed models …

    vt Repository record for Testing and modeling of a two-phase ejector (opens in a new tab)

  3. A generation-integrated energy storage system for steam power plant

    … storage with the feedwater heating system of steam plant. (In modern energy systems this is likely to be nuclear-powered.) In the proposed system, the plant’s electrical output is flexed whilst maintaining constant reactor power. During charge, the plant’s electrical power output is reduced …

    cambridge Repository record for A generation-integrated energy storage system for steam power plant (opens in a new tab)

  4. A Unified Theory Characterising the Spontaneous Condensation Tendency of Working Fluids in Organic Rankine Cycle Expansion: Key Difference from Steam and its Implications

    … of an ORC expander. Traditional wisdom on steam Rankine cycles dictates that the expansion process be almost completely outside the saturation dome, owing to wetness loss and blade erosion problems. Current practice of ORC design tends to follow this traditional wisdom. However, the present …

    cambridge Repository record for A Unified Theory Characterising the Spontaneous Condensation Tendency of Working Fluids in Organic Rankine Cycle Expansion: Key Difference from Steam and its Implications (opens in a new tab)