The discussion revolves around calculating the core volume of a single-phase transformer, specifically focusing on the relationship between flux density, flux, and the dimensions of the transformer core. Participants explore the relevance of these parameters in determining the core volume, with a focus on the concept of the "limb" of the transformer.
Participants express differing views on the relevance of flux and flux density in calculating core volume. There is no consensus on the validity of the proposed method for determining core volume based solely on these parameters.
Participants have not reached a consensus on the definitions and implications of the terms used, particularly "limb," and the relationship between flux, flux density, and core volume remains unresolved.
you can refer the below image for reference. I have mentioned flux and flux density because from these two we can find cross sectional area and with the formula i mentioned above we can find the volume of core.rude man said:
B and flux depend on externally applied electrical excitation and have nothing to do with core volume or other geometrical aspects.Noaha said:
If we have flux and flux density as the only parameters and we are suppose to find the core volume, will the above method be right?rude man said:
Thanks for the answer.rude man said:
