"Isobaric with fixed boundary loading" refers to a specific condition or scenario in the field of fluid mechanics or thermodynamics.
Isobaric means "constant pressure," indicating that the system or substance under consideration remains at a constant pressure throughout the process. In other words, the pressure does not change during the operation or experiment.
Fixed boundary loading, on the other hand, refers to the external forces or constraints applied to the boundaries or surfaces of the system. In this context, "fixed" means that the boundary conditions or loading conditions remain constant and do not change during the process.
Combining these two concepts, "isobaric with fixed boundary loading" describes a situation where the pressure within a system remains constant, while the forces or constraints acting on its boundaries remain fixed or unchanging. This condition is often used in various analyses and experiments to study the behavior of fluids or thermodynamic systems under specific pressure and boundary conditions.