1) Euler/N-S Equations
Euler/N-S方程
1.
An Analysis Method of Transonic Non-linear Aeroelastic Problem Based on Euler/N-S Equations;
基于Euler/N-S方程的跨音速非线性静气动弹性问题研究
2) mixed Euler/N-S equation simulation
Euler/N-S方程混合模拟算法
3) N-S equations
N-S方程
1.
Solving 2-D unsteady incompressible N-S equations with compact finite difference scheme;
紧致差分格式求解二维非稳态不可压N-S方程
2.
A Method of using chimera grid and N-S equations for calculation of the flow around multi-element airfoils;
N-S方程多段翼型绕流计算的嵌套网格方法
3.
Bi-point/bi-objective optimization design of ailfoil using N-S equations;
基于N-S方程的翼型双设计点双目标优化设计
4) navier-stokes equations
N-S方程
1.
Computation of flows around projectile bodies with base jet using finite-volume method of Navier-Stokes equations;
用N-S方程有限体积法计算弹体绕流/底喷流
2.
Solution method for Navier-Stokes equations using highly irregular control volumes;
用任意不规则网格求解N-S方程
3.
A time-derivative preconditioning algorithm is implemented to solve three-dimensional steady/unsteady Navier-Stokes equations on hybrid grids.
运用时间导数预处理法在混合网格上求解三维定常/非定常N-S方程。
5) Navier-Stokes equation
N-S方程
1.
Since the limitation of Reynolds equation in lubrication,one way of computational fluid dynamics(CFD) approach which based on Navier-Stokes equation was advanced to solve lubrication questions.
在分析雷诺方程求解流体润滑问题上的不足与局限性的基础上,给出了基于N-S方程的计算流体力学(CFD)求解流体润滑问题的方法。
2.
Three-dimensional Navier-Stokes equation is used to calculate the centrifugal compressor perfo.
使用三维N-S方程对所设计的离心压气机在设计点的性能进行了计算,计算结果表明所设计的离心压气机基本能够满足设计要求。
3.
The 3-D inner flow field of sidewall compression hypersonic inlet and the isolator is numerically studied by solving the 3-D Navier-Stokes equation.
用 N-S方程和 RNG k-ε紊流模型计算了 RBCC用侧压式高超音速进气道三维内流场 ,重点分析了马赫数对流场的影响。
补充资料:Euler方程
Euler方程
Eider equation
D月kr方程匡灿kr闰调位扣;3益二epa ypaaoeuoe〕 l)下列形式的n阶线性常微分方程: 艺。洲李一f(x),‘1、 昌一‘一dx‘“犷一产’LI)其中风(i二o,1,…,n)是常数,且气笋0.L.E心r从1740年开始详细地研究了这个方程. 经过自变量变换x=了,当x>0时,可将方程(1)化为n阶常系数线性方程 豁”,一l)..,(D一‘+‘),一f(e,),。一备·最后这个方程的特征方程(cha叼cte比tic叫ua石on)是Euler方程(l)的指标方程.“n山c汉叫旧tion)·点,一0是齐次Euler方程的正则奇点(此酬ar singular point).在半轴x>0上,实齐次方程(l)的基本(实)解组由形如 x,cos(刀inx)In’x,x,sin(刀Inx)In‘x(2)的函数组成.当x
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