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Loss sources like gear meshing friction, bearing friction and seal friction can be taken into account.
Eddy current effects, natural resonance, and exchange resonance are three key wave loss sources in the microwave region.
There is a detailed discussion of compressor loss sources and various mean-line calculations are demonstrated with worked examples.
The heat loss sources and the structure including both the termination and the cryogenic envelope pipe of the 10 kA cable are discussed.
The derivation of turbine efficiency from loss coefficients is presented as well as a detailed discussion of the various loss sources that lead to efficiency reduction.
In the ball screw system, the heat generation sources are the nuts and 2 bearings, and the heat loss sources are liquid cooling and surface convection (shown in Figure 4) [45] 45].
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This loss source is most relevant to low aspect ratio blades.
The simulations can provide accurate modeling (within 5%) of air damping (the dominant energy loss source), unlike the analytical model capturing as little as 50% of the experimental values.
Physical parameters and heat-loss factors for vacuum-insulated cryogen transfer lines, with an emphasis on heat-loss sources, and performance characteristics of various cryogenic cooling systems have also been summarized.
All the subsystems of the plant are modeled, taking into account the most important losses sources: those coming from heat losses in the solar subsystem, those in the combustion chamber, those associated to the Brayton cycle, and those heat losses in the heat exchangers connecting subsystems.
As for the battle losses, sources vary.
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