科言猫
学术研究的AI总结
首页
文献互助
订阅
我的收藏
科研工具
选题分析
论文总结
专利管理
未登录
返回
D
D. Scott Stewart
United States Navy
36
H指数
219
论文数
5.0K
被引数
0
相关解读
订阅
收录论文
29
发表时间
发表时间
IF
被引数
Eigenvalue detonation: Particle size effects in aluminized explosives
特征值起爆:含铝炸药的粒径效应
Combustion and Flame
IF
6.2
2025-06-25
0
PRE
AI
Vincent R. Schuetz; D. Scott Stewart
分享
收藏
On the structure and dynamics of strong and weak eigenvalue detonation in condensed explosives
关于浓缩炸药中强弱特征值爆轰的结构和动力学
COMBUSTION AND FLAME
IF
6.2
2024-05-01
0
PRE
AI
Schuetz, Vincent R.; Stewart, D. Scott
分享
收藏
Modeling the transition from liquid to dense products in shocked benzene with the Gibbs formulation
COMBUSTION AND FLAME
IF
6.2
2022-02-01
1
OA
AI
Stewart, D. Scott; Lee, Kibaek
分享
收藏
Modeling aluminum combustion in oxidizing environment with the Gibbs formulation
COMBUSTION AND FLAME
IF
6.2
2020-10-01
6
PRE
AI
Lee, Kibaek; Stewart, D. Scott
分享
收藏
Mirrored continuum and molecular scale simulations of deflagration in a nano-slab of HMX
HMX纳米平板中爆燃的镜像连续体和分子尺度模拟
COMBUSTION AND FLAME
IF
6.2
2020-05-01
7
OA
AI
Lee, Kibaek; Joshi, Kaushik; Chaudhuri, Santanu; Stewart, D. Scott
分享
收藏
Geometrical shock dynamics applied to condensed phase materials
JOURNAL OF FLUID MECHANICS
IF
3.9
2017-08-31
11
PRE
AI
Lieberthal, Brandon; Stewart, D. Scott; Hernandez, Alberto
分享
收藏
Mirrored continuum and molecular scale simulations of the ignition of high-pressure phases of RDX
JOURNAL OF CHEMICAL PHYSICS
IF
3.1
2016-05-13
26
PRE
AI
Lee, Kibaek; Joshi, Kaushik; Chaudhuri, Santanu; Stewart, D. Scott
分享
收藏
Diffusion flames in condensed-phase energetic materials: Application to Titanium-Boron combustion
凝聚相高能材料中的扩散火焰: 在钛硼燃烧中的应用
COMBUSTION AND FLAME
IF
6.2
2015-12-01
9
OA
AI
Koundinyan, Sushilkumar P.; Bdzil, John B.; Matalon, Moshe; Stewart, D. Scott
分享
收藏
Modeling of the quenching of blast products from energetic materials by expansion into vacuum
JOURNAL OF COMPUTATIONAL PHYSICS
IF
3.8
2015-09-01
1
OA
AI
Choi, Sungjin; Stewart, D. Scott; Yoo, Sunhee
分享
收藏
Asymptotic calculation of the dynamics of self-sustained detonations in condensed phase explosives
JOURNAL OF FLUID MECHANICS
IF
3.9
2012-08-31
4
PRE
AI
Saenz, J. A.; Taylor, B. D.; Stewart, D. S.
分享
收藏
The dynamics of detonation in explosive systems
爆炸系统中爆炸的动力学
ANNUAL REVIEW OF FLUID MECHANICS
IF
30.2
2007-01-01
114
PRE
AI
Bdzil, John B.; Stewart, D. Scott
分享
收藏
On the dynamics of multi-dimensional detonation
JOURNAL OF FLUID MECHANICS
IF
3.9
2006-04-26
107
OA
AI
Yao, J; Stewart, DS
分享
收藏
Experimental validation of detonation shock dynamics in condensed explosives
JOURNAL OF FLUID MECHANICS
IF
3.9
2005-12-21
49
PRE
AI
Lambert, DE; Stewart, DS; Yoo, SH; Wescott, BL
分享
收藏
Asymptotic theory of evolution and failure of self-sustained detonations
JOURNAL OF FLUID MECHANICS
IF
3.9
2005-02-25
31
PRE
AI
Kasimov, AR; Stewart, DS
分享
收藏
On the dynamics of self-sustained one-dimensional detonations: A numerical study in the shock-attached frame
PHYSICS OF FLUIDS
IF
4.3
2004-10-01
75
OA
AI
Kasimov, AR; Stewart, DS
分享
收藏
On self-similarity of detonation diffraction
PHYSICS OF FLUIDS
IF
4.3
2003-12-31
12
PRE
AI
Wescott, BL; Stewart, DS; Bdzil, JB
分享
收藏
Spinning instability of gaseous detonations
JOURNAL OF FLUID MECHANICS
IF
3.9
2002-09-12
47
OA
AI
Kasimov, AR; Stewart, DS
分享
收藏
Program burn algorithms based on detonation shock dynamics: Discrete approximations of detonation flows with discontinuous front models
JOURNAL OF COMPUTATIONAL PHYSICS
IF
3.8
2001-12-01
38
PRE
AI
Bdzil, JB; Stewart, DS; Jackson, TL
分享
收藏
Two-phase modeling of deflagration-to-detonation transition in granular materials: Reduced equations
PHYSICS OF FLUIDS
IF
4.3
2001-10-01
504
PRE
AI
Kapila, AK; Menikoff, R; Bdzil, JB; Son, SF; Stewart, DS
分享
收藏
Modeling the thermal expansion boundary layer during the combustion of energetic materials
COMBUSTION AND FLAME
IF
6.2
2001-09-01
9
OA
AI
Kuznetsov, IR; Stewart, DS
分享
收藏
研究方向
暂时未获取到该数据
合作学者
合作期刊
S
Steven F. Son
H 指数: 58 · 论文数: 487
J
J. Buckmaster
H 指数: 44 · 论文数: 228
T
T. L. Jackson
H 指数: 42 · 论文数: 286
S
Sung‐Jin Choi
H 指数: 42 · 论文数: 352
M
Moshe Matalon
H 指数: 41 · 论文数: 222
查看更多