DAE:微分代数方程
微分代数方程(Differential Algebraic Equation,常缩写为DAE)是同时包含微分运算和代数约束的一类重要数学方程。这种方程在工程建模、多体动力学、控制系统以及各种科学计算领域具有广泛应用。通过使用缩写“DAE”,研究人员和工程师能够更便捷地进行交流与文献书写,有效提高工作效率。
Differential Algebraic Equation具体释义
Differential Algebraic Equation的英文发音
例句
- Stability Analysis of One Class of Delay Differential Algebraic Equation(DAE)
- 一类退化时滞微分方程系统稳定性分析
- Control of Nonlinear Regular Differential Algebraic Equation(DAE) Systems
- 非线性正则代数微分方程系统的控制
- Tracing of singularity induced bifurcation in power system differential algebraic equation model and its theoretical analysis
- 电力系统微分代数模型奇异诱导分岔点的搜索及其理论分析
- Linearization and Decoupling Control for a Class of Nonlinear Differential algebraic Equation Systems
- 一类非线性微分代数方程(DAE)系统的线性化解耦控制
- With the rapid development of power industry, the power system, which is a nonlinear differential algebraic equation ( NDAE ) system with numerous dimensions, gradually will be characteristic as large generator units, ultra-high voltage and smart.
- 随着现代电力行业的迅猛发展,我国电力系统将逐步打造成以大机组、大电网、超高压以及智能化为特征的巨维非线性微分代数系统。
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