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C
C. David Pruett
James Madison University
16
H指数
47
论文数
904
被引数
0
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11
发表时间
发表时间
IF
被引数
Advancing the temporal direct deconvolution method with spatial regularization
PHYSICS OF FLUIDS
IF
4.3
2024-01-30
2
OA
AI
Oberle, Daniel; Pruett, C. David; Jenny, Patrick
分享
收藏
Effects of time-filtering the Navier-Stokes equations
PHYSICS OF FLUIDS
IF
4.3
2023-06-08
3
OA
AI
Oberle, Daniel; Pruett, C. David; Jenny, Patrick
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收藏
Temporal large-eddy simulation based on direct deconvolution
PHYSICS OF FLUIDS
IF
4.3
2020-06-23
11
OA
AI
Oberle, Daniel; Pruett, C. David; Jenny, Patrick
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收藏
Parallel implementation of an adaptive and parameter-free N-body integrator
COMPUTER PHYSICS COMMUNICATIONS
IF
3.4
2011-05-01
0
PRE
AI
Pruett, C. David; Ingham, William H.; Herman, Ralph D.
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Temporally regularized direct numerical simulation
APPLIED MATHEMATICS AND COMPUTATION
IF
3.4
2010-08-01
10
PRE
AI
Layton, William J.; Pruett, C. David; Rebholz, Leo G.
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A temporal approximate deconvolution model for large-eddy simulation
PHYSICS OF FLUIDS
IF
4.3
2006-02-07
26
PRE
AI
Pruett, CD; Thomas, BC; Grosch, CE; Gatski, TB
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The temporally filtered Navier-Stokes equations: Properties of the residual stress
PHYSICS OF FLUIDS
IF
4.3
2003-08-01
63
OA
AI
Pruett, CD; Gatski, TB; Grosch, CE; Thacker, WD
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An adaptive N-body algorithm of optimal order
JOURNAL OF COMPUTATIONAL PHYSICS
IF
3.8
2003-05-01
16
PRE
AI
Pruett, CD; Rudmin, JW; Lacy, JM
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On Taylor-series expansions of residual stress
PHYSICS OF FLUIDS
IF
4.3
2001-09-01
18
PRE
AI
Pruett, CD; Sochacki, JS; Adams, NA
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A priori analyses of three subgrid-scale models for one-parameter families of filters
PHYSICS OF FLUIDS
IF
4.3
2000-05-01
31
OA
AI
Pruett, CD; Adams, NA
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A semi-implicit method for internal boundary layers in compressible flows
COMPUTER METHODS IN APPLIED MECHANICS AND ENGINEERING
IF
7.3
1996-11-01
1
PRE
AI
Pruett, CD
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研究方向
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合作学者
合作期刊
N
Nikolaus A. Adams
H 指数: 65 · 论文数: 652
W
William Layton
H 指数: 45 · 论文数: 252
P
Patrick Jenny
H 指数: 43 · 论文数: 347
C
C. E. Grosch
H 指数: 32 · 论文数: 173
L
Leo G. Rebholz
H 指数: 30 · 论文数: 225
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