GDQ:广义微分求积
“广义微分求积”是一种高效的数值计算方法,英文全称为“Generalized Differential Quadrature”,学术和工程领域常将其缩写为“GDQ”以方便书写和使用。该方法广泛应用于结构力学、流体动力学等多学科交叉的综合研究领域。通过逼近函数导数的加权和,GDQ能够以较少的节点实现高精度计算,是处理复杂微分方程问题的有力工具。
Generalized Differential Quadrature具体释义
Generalized Differential Quadrature的英文发音
例句
- Generalized differential quadrature method for computing transient dynamic response of one dimensional structures
- 计算一维结构瞬态动力响应的广义微分求积(GDQ)法
- Generalized differential quadrature mathod for vibration analysis of annular plates with variable thickness
- 用广义微分求积(GDQ)法分析变厚度圆板的自由振动
- The generalized differential quadrature method ( GDQM ) developed recently is more and more widely used in structural analysis, but it is restricted by some conditions.
- 微分求积法(GDQM)是近年来发展起来的一种结构计算方法,但是目前仍存在很多的局限性。
- Application of Generalized Differential Quadrature(GDQ) to Solve Structural Dynamic Response Under Arbitrary Loads
- GDQ法计算任意荷载下结构的动力响应
- Combination of generalized differential quadrature method and finite element method for analysis of transverse vibration of circular plates with an elastically mounted mass
- 微分求积法与有限元相结合分析带弹性安置质量圆板的横向振动
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