@@ -58,9 +58,9 @@ n_particles_per_dimension = (round(Int, (fin_length + length_clamp) / particle_s
5858
5959# Note that the `RectangularShape` puts the first particle half a particle spacing away
6060# from the boundary, which is correct for fluids, but not for solids.
61- # We therefore need to pass `tlsph =true`.
61+ # We therefore need to pass `place_on_shell =true`.
6262beam = RectangularShape (particle_spacing, n_particles_per_dimension,
63- (- length_clamp, 0.0 ), density= density, tlsph = true )
63+ (- length_clamp, 0.0 ), density= density, place_on_shell = true )
6464
6565fixed_particles = setdiff (shape_sampled, beam)
6666
@@ -224,7 +224,7 @@ fluid_system = WeaklyCompressibleSPHSystem(fluid, fluid_density_calculator,
224224 state_equation, smoothing_kernel,
225225 smoothing_length_fluid, viscosity= viscosity_fluid,
226226 density_diffusion= density_diffusion,
227- particle_shifting = TrixiParticles . ParticleShiftingSun2019 ( 0.1 * sound_speed ),
227+ shifting_technique = ParticleShiftingTechnique ( ),
228228 pressure_acceleration= tensile_instability_control)
229229# fluid_system = EntropicallyDampedSPHSystem(fluid, smoothing_kernel, smoothing_length,
230230# sound_speed, viscosity=ViscosityAdami(; nu),
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