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Simulations were performed for internally finned and swirl flow steam cracking reactors at Reynolds numbers ranging from 11,000 to 38,000.
Oscillating flow steam engine can be a cost-effective solution for recovering work from waste heat due to its structural simplicity.
Based on the genetic optimization theory, a design method for the flow path of an axial flow steam turbine stage is presented.
In the present study, the effects of design parameters and operating conditions of oscillating flow steam engine such as tube diameter, heating section temperature, cooling section length ratio and compression ratio are experimentally investigated.
The investigated oscillating flow steam engine achieved indicated work of 1 W with the cycle efficiency of η = 5% at Theat = 230 °C and Tcool = 80 °C in a D = 1.0 mm tube.
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For the asymmetric operation of a reverse-flow steam reforming reactor, conditions under which these shortcomings can be overcome are proposed.
The turbine blading must be carefully designed with the correct aerodynamic shape to properly turn the flowing steam and generate rotational energy efficiently.
Oxidation experiments were conducted at 1200 °C in flowing steam with tubing specimens of Zircaloy-4, 317, 347 stainless steels, and the commercial FeCrAl alloy APMT.
aSpores in liquid suspension exposed to flowing steam at 100°C.
Historical turbine flow limits: steam admission; steam extraction; condensation.
Continuing to follow the framework, in this industry context, it is necessary to evaluate these constraints: Historical turbine flow limits: steam admission; steam extraction; condensation.
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