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We study the influence of mobility of the confining media in the structuraland dynamical properties of a core-softened fluid under confinement. The fluidis modeled using a two-length scale potential, which reproduces in bulk theanomalous behavior observed in water. We perform simulations in the $NVT$ensemble with fixed flat walls and in the $NpT$ ensemble using a fluctuatingwall control of pressure to study how the fluid behavior is affected by fixedand non-fixed walls. Our results indicate that the fluid dynamical andstructural properties are strongly affected by the wall mobility. The distinctobserved behavior are explained in the framework of the two length scalepotential.

Distinct dynamical and structural properties of a core-softened fluid when confined between fluctuating and fixed walls