A fluid that is non-viscous, incompressible, and has a constant flow is ideal.
When a fluid is incompressible, its density remains constant regardless of temperature or pressure.
When a fluid exhibits steady flow, its velocity at a specific point in time remains constant.
When a fluid is non-viscous, it cannot withstand shear stress.
No fluid is really ideal in practice. But in some circumstances, a lot of fluids can be roughly described as ideal fluids. Air, for instance, can be roughly described as an ideal fluid at high speeds and low pressures.
An ideal fluid’s characteristics make analysis and modeling a breeze. For this reason, fluid dynamics problems frequently use ideal fluids.
A fluid that is non-viscous, incompressible, and has a constant flow is ideal.
When a fluid is incompressible, its density remains constant regardless of temperature or pressure.
When a fluid exhibits steady flow, its velocity at a specific point in time remains constant.
When a fluid is non-viscous, it cannot withstand shear stress.
No fluid is really ideal in practice. But in some circumstances, a lot of fluids can be roughly described as ideal fluids. Air, for instance, can be roughly described as an ideal fluid at high speeds and low pressures.
An ideal fluid’s characteristics make analysis and modeling a breeze. For this reason, fluid dynamics problems frequently use ideal fluids.