1) Laplace Hankel mixed transforms
LaplaceHankel变换
2) Laplace-Hankel transform
Laplace-Hankel变换
1.
The actual solutions can be acquired by inverting the Laplace-Hankel transform.
将这个传递矩阵关系应用于多层地基的每一层,并结合多层地基的连续条件、边界条件以及抽水作用面的连续条件,求得了饱和层状地基的抽水问题在Laplace-Hankel变换域内的解答。
3) Hankel-Laplace integral transform
Hankel-Laplace联合变换
1.
By employing two state variables, the governing consolidation equations are reduced to a set of equivalent partial differential equations which can be solved by means of Hankel-Laplace integral transform technique.
利用Hankel-Laplace联合变换对其进行求解 ,获得饱和土骨架位移、应力、孔隙水压力及渗流量的一般积分形式解 ,由此分析横观各向同性半空间饱和地基受荷载作用的固结性状。
4) Laplace transform and Hankel transform
Laplace和Hankel积分变换
5) Hankel transform
Hankel变换
1.
Numerical solutions for Hankel transform and application;
Hankel变换的数值积分及其应用
2.
Analytical solutions were obtained in a radial flow domain using generalized Hankel transform.
利用广义Hankel变换求得了径向流动的解析解,由于解析解是无穷级数,无法得到具体的值。
3.
The analytical solutions of temperature increment,stress,displacement and pore pressure are derived with the forward and the inverse Hankel transform.
求解过程引用Hankel变换技术,得到了热力源作用下土体中温度增量、应力、位移和孔隙水压力的积分形式解答。
6) Hankel integral transform
Hankel变换
1.
Therefore, after Biot putting forward the general wave equations in isotropic saturated porous medium, there are a series of work on dynamic response in such medium by the FEM, BEM(in frequency space or Laplace space), as well as analytical method(completed by Fourier expanding and Hankel integral transforma.
然后基于径向Hankel变换,建立问题的状态方程;求解状态方程后,得到传递矩阵。
2.
Then, by means of the method of Laplace integral transform, Fourier expanding and Hankel integral transform, the governing equations is solved in the Laplace-Hankel transforming region.
通过Laplace变换 ,建立了各向同性弹性饱和土在圆柱坐标系下 ,基于Laplace变换域内的Biot非轴对称波动方程 ;利用方位角的Fourier变换和径向Hankel变换 ,将波动方程转化为一组二阶常微分方程组 ;求解波动方程后 ,得到有限层厚的饱和地基的位移和应力通解 ;进而结合饱和地基的边界条件和排水条件 ,求解了任意竖向力作用下 ,饱和半空间地基的动力响应问
补充资料：低肌张力低智能性发育低下肥胖综合征
低肌张力低智能性发育低下肥胖综合征
病名。简称HHHD综合征。亦称PraderWilli综合征。主要因下丘脑功能紊乱而致。无明显家族因素。男性多见。包括出生时肌张力及反射低下，嗜睡，哺乳喂养困难及6个月后肌张力亢进，过食，肥胖，智能低下，小阴茎，双侧或单侧隐睾，青春期副性征不发育，高血糖症，糖尿病等。宜对症治疗。
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参考词条