Alluvial - Globe Thesis

Keyword [Alluvial] Result: 1 - 20 \| Page: 1 of 5
1.	Theory Of Non-Equilibrium Thermodynamics And Its Application For Field Of River Dynamics
2.	Study On The Basic Laws Of Flow And Sediment Transport In Alluvial Channels
3.	Numerical Simulation Of Hydraulic And Morphologic Changes In Alluvial Channels
4.	Study On Mechanism Of Bank Failure In The Alluvial River
5.	Engineering Properties On Yellow River Alluvial-plain Soil
6.	Calculation Methods Of Channel Regulation Design Parameters In Alluvial River
7.	Scattering Of Elastic Waves By A Circular-Arc Alluvial Valley In Three-Dimensional Elastic Half-Space
8.	Three-dimensional Numerical Simulation Of Lateral Migration Of Alluvial Channels With Composite Banks
9.	Study On The Settlement Rules And Treatment Methods Of Soft Soil Embankment On Ningxia Alluvial-Lacustrine Plain
10.	Vertical Erosion And Deposition Of Alluvial River And Lateral Deformation Numerical Simulation Studies And Applications
11.	Study On Regularity Of Riverbed Evolution In Fluctuating Backwater Area Of Xiujiang River, Guangxi Province
12.	Experimental Research On Deformation Of Alluvial Flat Soft Ground Along Yiluo River
13.	Analytical Solutions For Scattering Of Rayleigh Waves By Alluvial Valleys
14.	Scattering Of SH-Waves And P-waves By A Circular Alluvial Valley In Wedge-shaped Medium
15.	Scattering Of Plane P Waves By Layered Alluvial Valleys With Saturated Soil Deposits: An Analytical Solution
16.	The Research Of Interception Flood And Guidance Permeation And The Function Of The Underground Reservoir To Store And Regulate At The Alluvial Fan In Front Of The Qinling Mountain
17.	The Evolution Characters Of Cross-section In Lower Yellow River And Discussion Of The Adjustment Rule
18.	Diffraction Of Plane SH Waves By A Wedge-Shaped Medium With A Circular Canyon Or Alluvial Valley
19.	Analytical Solutions For Scattering Of Rayleigh Waves By Alluvial Valleys With Saturated Soil Deposits
20.	Research Of Movable-bed Resistance And Hydraulic Geometry In Alluvial Channels Based On Extreme Hypotheses
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