How the reluctance in a magnetic circuit depends on flux?

[Aswin Sasikumar 1729]

Since reluctance is equal to length decided by product of permeability and area of cross section,how does reluctance change with flux?

 

[Aswin Sasikumar 1729]

Since reluctance is equal to length decided by product of permeability and area of cross section,how does reluctance change with flux?

Length divided by product of permeability and area of cross section

 

[jim hardy]

how does reluctance change with flux?

That's a property of whatever is the medium through which you are pushing the flux.Try starting here

https://en.wikipedia.org/wiki/Permeability_(electromagnetism)

and would you be polite enough to rotate your image 90 degrees ccw?

 

[Aswin Sasikumar 1729]

That's a property of whatever is the medium through which you are pushing the flux.Try starting here

https://en.wikipedia.org/wiki/Permeability_(electromagnetism)

and would you be polite enough to rotate your image 90 degrees ccw?

Sorry for the inconvenience

 

[jim hardy]

Sorry for the inconvenience

It's okay, you're pretty new here.

Length divided by product of permeability and area of cross section

You already know the answer.
Length and cross section are not dependent on flux (excepting maybe magnetorestriction in iron)

that leaves permeability
which for free space is a constant
and
as that Wiki article explains for most other materials is very near the same constant
the big exception being ferromagnetic materials
which have the classic BH saturation curve.

Simplified comparison of permeabilities for: ferromagnets (µf), paramagnets (µp), free space (µ0) and diamagnets (µd)