The scaling properties of one-and two-point statistics of the acceleration, pressure, and
pressure gradient are studied in incompressible isotropic turbulence by direct numerical …

The pressure spectrum in homogeneous steady turbulence is studied using direct numerical
simulation with resolution up to 1024 3 and the Reynolds number R λ between 38 and 478 …

Pressure fluctuation was measured in a turbulent jet using a condenser microphone and
piezoresistive transducer. The power-law exponent and proportional constant of normalized …

The intermittency of pressure and pressure gradient in stationary isotropic turbulence at low
to moderate Reynolds numbers is studied by direct numerical simulation (DNS) and …

The variances of the fluid-particle acceleration and of the pressure-gradient and viscous
force are given. The scaling parameters for these variances are velocity statistics …

The main focus is the Reynolds number dependence of Kolmogorov normalized low-order
moments of longitudinal and transverse velocity increments. The velocity increments are …

Writing the Poisson equation for the pressure in the vorticity-strain form, it is shown that the
pressure has a finite inertial range spectrum in the high Reynolds number limit of isotropic …

We present measurements of fluid particle accelerations in turbulent water flow between
counterrotating disks using three-dimensional Lagrangian particle tracking. By …

We present a generalized Fokker-Planck equation for the joint position-velocity probability
distribution of a single fluid particle in a turbulent flow. Based on a simple estimate, the …

A simple method, the multiscale minimal Lagrangian map (MMLM) approach, to generate
synthetic turbulent vector fields was previously introduced [C. Rosales and C. Meneveau …