20 articles on CFD, FEA and electronics simulation
A standard 103x106x2000 mm beam made of Structural Steel is subjected to a three-point bending test. The imposed displacement at mid-section is 60 mm. Material was modeled using bi-linear plasticity, with an yield stress of 250 MPa. Computational domain was reduced...
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Simulation using MPS method in Particleworks for an industrial positive displacement lobe pump. Pump characteristics: rotor diameter 110 mm, rotor depth 36 mm, speed 600 rpm. Pumped fluid: water. Operating pressures (static): inlet 1 bar, outlet 2 bar. The model is...
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Simulation of high-pressure nozzle using Particleworks (MPS method). Design characteristics: operating pressure 80 bar, water flow rate approx. 14.6 liters/min., spray angle 25 deg. The numerical model uses the design flow rate as boundary condition (inlet); the calculated inlet pressure reaches...
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A FE model of a standard cylindrical coupon 0.5 inch in diam. was developed. The geometry of the constant-area test section is completely uniform, no geometric imperfection was induced in order to \u201chelp\u201d the necking process. A simplified axisymmetric approach was...
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Simulation of MARIN Dam Break experiment using MPS method in Particleworks. Water is represented by 2.4 million discrete particles. Calculation performed on GPU.
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CFD simulation of blast effects in a confined environment. The domain is a cylinder of 1 meter in diameter and 1 meter in height, with rigid walls, modeled as 2D axisymmetric; the initial bulk conditions are 1 bar and 300 K;...
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CFD simulation of blast effects in a confined environment. The domain is a cylinder of 1 meter in diameter and 1 meter in height, with rigid walls, modeled as 2D axisymmetric; the initial bulk conditions are 1 bar and 300 K;...
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A radially loaded, 130 mm diameter ball bearing, simulated using ANSYS LS-Dyna. The radial internal clearance is only 1 micrometer. The outer raceway is fixed, while the inner raceway spins quickly from standstill to 6000 rpm.The Hertzian stress distribution at contact...
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Simulation of Sloshing inside a 0.8 x 0.4 x 0.5 m (L x W x H) rectangular tank using Particleworks (MPS method). Water depth is 0.15 m (18.8% of L, 30% of H). See ref. [1]. Imposed sinusoidal rigid motion for...
Read More22 October 2026 • Hotel Capitol, Bucharest
A full day dedicated to numerical simulation, powered by Cadence & Particleworks. Bringing together the Romanian CFD/CAE community.
