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C
COMPUTERS & FLUIDS
IF
3
Papers
168
Citations
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Journal Papers
165
Related Insights
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Journal Papers
165
Publication Date
Publication Date
IF
Citations
Supervised machine learning applied to bifurcation analysis of weakly compressible flow past a rotating cylinder
COMPUTERS & FLUIDS
IF
3
2026-07-11
0
PRE
AI
Sanjeev Kumar; Santosh Kumar; Aditi Sengupta
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A volume penalization method for solving conjugate scalar transport with interfacial flux jump conditions
COMPUTERS & FLUIDS
IF
3
2026-07-10
0
PRE
AI
Ming Liu; Yosuke Hasegawa
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Direct numerical simulation of acoustic-roughness receptivity in zero-pressure gradient boundary layer
COMPUTERS & FLUIDS
IF
3
2026-07-10
0
PRE
AI
Ryohei Unno; Ayumu Inasawa
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An accurate and stable WC-TLSPH method for large-deformation FSI with extension to non-Newtonian flows on a simplified aortic-valve-like configuration
COMPUTERS & FLUIDS
IF
3
2026-07-09
0
PRE
AI
Xiaoyang Xu; Xiaoyue Wang
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High-order curvilinear discontinuous Galerkin method using the Spring Analogy for the compressible Euler and NS equations
COMPUTERS & FLUIDS
IF
3
2026-07-06
0
PRE
AI
Yi Zhong; Pengcheng Du; Fangfei Ning
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Linear-stream Preservation Rule: A Theoretical Extension of the Geometric Conservation Law for Curvilinear-Grid Finite Difference Schemes
COMPUTERS & FLUIDS
IF
3
2026-07-05
0
PRE
AI
Jiasen Wang; Zijia Huang; Jie Chen; Jun Liu; Chunguang Xu
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Generalizable data-driven turbulence closure modeling on unstructured grids with differentiable physics
COMPUTERS & FLUIDS
IF
3
2026-07-04
0
PRE
AI
Hojin Kim; Varun Shankar; Venkatasubramanian Viswanathan; Romit Maulik
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Gaussian field representations for turbulent flow: Compression, scale separation, and physical fidelity
COMPUTERS & FLUIDS
IF
3
2026-07-03
0
OA
AI
Dhanush V. Shenoy; Steven H. Frankel
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ML surrogates for CAD models: Application in the aerostructural optimization of transport aircraft
COMPUTERS & FLUIDS
IF
3
2026-07-02
0
PRE
AI
Varvara G. Asouti; Xenofon S. Trompoukis; Marina G. Kontou; Kyriakos C. Giannakoglou
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Algebraic multigrid for computational fluid dynamics simulations: An overview of cycle choice and performance analysis
COMPUTERS & FLUIDS
IF
3
2026-07-02
0
PRE
AI
Matej Čorak; Tessa Uroić; Hrvoje Jasak
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Stochastic-structural modelling of particle-laden turbulent flows based on wavelet reconstruction
COMPUTERS & FLUIDS
IF
3
2026-07-01
0
OA
AI
Clément Morhain; Roxane Letournel; Marc Massot; Aymeric Vié
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Pseudopotential lattice Boltzmann models with high-order isotropic interaction forces for multiphase flows
COMPUTERS & FLUIDS
IF
3
2026-06-29
0
PRE
AI
Jiaxing Zhang; Liangzhen Liu; Dongsheng Wen; Huiying Wu
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Cell-vertex WENO schemes with shock-capturing quadrature for high-order finite element discretizations of hyperbolic problems
COMPUTERS & FLUIDS
IF
3
2026-06-29
0
OA
AI
Joshua Vedral; Dmitri Kuzmin
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A doubly reduced approximation for the solution to PDEs based on a domain truncation and a reduced basis method: Application to Navier–Stokes equations
COMPUTERS & FLUIDS
IF
3
2026-06-27
0
OA
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Elise Grosjean; Yvon Maday
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Neural Network-Based Parametric Model Reduction for Predicting Turbulent Flow for Different Vehicle Geometries
COMPUTERS & FLUIDS
IF
3
2026-06-25
0
PRE
AI
Kazuto Ando; Rahul Bale; Akiyoshi Kuroda; Makoto Tsubokura
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Innovations in modeling and numerical methods for evolutionary PDEs: theory and applications
COMPUTERS & FLUIDS
IF
3
2026-06-24
0
PRE
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Elena Gaburro; Maria Kazolea; Simone Chiocchetti; Michael Dumbser; Remi Abgrall
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Investigation of shock-capturing with bound-preserving limiters for the nonlinearly stable flux reconstruction method
COMPUTERS & FLUIDS
IF
3
2026-06-24
0
OA
AI
Sai Shruthi Srinivasan; Siva Nadarajah; Julien Brillon
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A structure-preserving Lagrangian discontinuous Galerkin method using flux and slope limiting
COMPUTERS & FLUIDS
IF
3
2026-06-24
0
PRE
AI
Joshua Vedral; Nathaniel Morgan; Dmitri Kuzmin; Jacob Moore
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Analysis of the immersed moving boundary lattice Boltzmann method and a simplified formulation for particulate-flow simulations
COMPUTERS & FLUIDS
IF
3
2026-06-24
0
PRE
AI
Shuai Wang; Cheng Peng; Xinnan Wu; Wenrui Wang
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A robust computational framework for the mixture-energy-consistent six-equation two-phase model with instantaneous mechanical relaxation terms
COMPUTERS & FLUIDS
IF
3
2026-06-23
0
OA
AI
Giuseppe Orlando; Ward Haegeman; Marica Pelanti; Marc Massot
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