125 results on '"Channels (Hydraulic engineering)"'
Search Results
2. Trouble on the river
3. New Findings from Heilongjiang University in the Area of Algorithms Described (Structural optimization and hydraulic performance analysis of bionic pit flow channels based on a genetic algorithm) (Structural optimization and hydraulic ...)
4. New Hydrology and Earth System Sciences Research Reported from University of Colorado Boulder (Evaluation of a new observationally based channel parameterization for the National Water Model)
5. Luxembourg Institute of Science and Technology Researchers Highlight Recent Research in Hydrology and Earth System Sciences (Exploring tracer information in a small stream to improve parameter identifiability and enhance the process ...)
6. Researchers at China Three Gorges University Have Published New Data on Freshwater Ecology (Hyporheic exchange due to in-stream geomorphic structures)
7. Research from University of Leeds in Earth Sciences Provides New Insights (Latitudinal changes in submarine channel-levee system evolution, architecture and flow processes)
8. Where the Water Once Flowed, And Alas, the Beer Did Not.
9. New Earth Science Study Results from University of Liverpool Described (Morphodynamics of a Meandering Channel Over Decadal Timescales In Response To Hydrological Variations)
10. Research in the Area of Earth Science Reported from University of Leeds (Submarine Channel Mouth Settings: Processes, Geomorphology, and Deposits)
11. Studies from China University of Petroleum Have Provided New Data on Sedimentary Geology (Experimental Study of Fan Delta Evolution: Autogenic Cycles of Fully Confined Channelized Flow and Small Secondary Channelized Flows)
12. Capital Normal University Reports Findings in Geographical Science (Spatiotemporal Differentiation and Development Process of Tidal Creek Network Morphological Characteristics In the Yellow River Delta)
13. Reports from University of California Santa Barbara Provide New Insights into Planetary Science (Strong Southern African Monsoon and Weak Mozambique Channel Throughflow During Heinrich Events: Implication for Agulhas Leakage)
14. Researchers from Universidad Austral de Chile Provide Details of New Studies and Findings in the Area of Marine Science (General Hydrography of the Beagle Channel, a Subantarctic Interoceanic Passage at the Southern Tip of South America)
15. Study Data from Nanjing University of Aeronautics and Astronautics Update Understanding of Science (Very-large Eddy Simulation of the Rotational Effects On Turbulent Flow In a Ribbed Channel)
16. Study Results from University of Leeds Broaden Understanding of Marine Geology (Width Variation Around Submarine Channel Bends: Implications for Sedimentation and Channel Evolution)
17. Recent Research from University of Calcutta Highlight Findings in Geomorphology (Avulsion of the Brahmaputra In Bangladesh During the 18th-19th Century: a Review Based On Cartographic and Literary Evidence)
18. Studies from Sun Yat-sen University in the Area of Hydrology Described (Stepwise Alterations In Tidal Hydrodynamics In a Highly Human-modified Estuary: the Roles of Channel Deepening and Narrowing)
19. Findings from University of Padua Reveals New Findings on Sedimentary Geology (Distinguishing Mid-channel and Bank-attached Fluvial Bars By Flow Divergence: Implications for the Interpretation of Stratigraphic Records)
20. Researchers at Hokkaido University Report New Data on Earth Science (Morphodynamic Effects of Vegetation Life Stage On Experimental Meandering Channels)
21. Findings from University of Waterloo Yields New Findings on Geomorphology (Experiments On Restoring Alluvial Cover Using Gravel Augmentation In a Variable Width Channel With Irregular Meanders)
22. Reports from China University of Petroleum Advance Knowledge in Geology (Deep-water Channel Morphologies, Architectures, and Population Densities In Relation To Stacking Trajectories and Climate States)
23. Study Results from Colorado School of Mines in the Area of Sedimentary Geology Reported [How Submarine Channels (Re)Shape Continental Margins]
24. New Hydrology Study Findings Recently Were Reported by Researchers at Wuhan University (Velocity Distribution and Turbulence Structure of Open Channel Flow With Floating-leaved Vegetation)
25. Study Results from University of Leeds Update Understanding of Sedimentary Geology [Syndepositional Tectonics and Mass-transport Deposits Control Channelized, Bathymetrically Complex Deep-water Systems (Ainsa Depocenter, Spain)]
26. Data on Earth Science Discussed by Researchers at Colorado State University (The Effects of Longitudinal Variations In Valley Geometry and Wood Load On Flood Response)
27. Study Data from Razi University Update Understanding of Applied Water Science (An efficient classified radial basis neural network for prediction of flow variables in sharp open-channel bends)
28. Reports Outline Earth Science Study Findings from Utah State University (Measuring Channel Planform Change From Image Time Series: a Generalizable, Spatially Distributed, Probabilistic Method for Quantifying Uncertainty)
29. Researchers from University of New South Wales Provide Details of New Studies and Findings in the Area of Membrane Research (Impact of FO Operating Pressure and Membrane Tensile Strength on Draw-Channel Geometry and Resulting Hydrodynamics)
30. New Findings Reported from University of California Davis Describe Advances in Earth Science (Reach-scale Bankfull Channel Types Can Exist Independently of Catchment Hydrology)
31. Researchers from Shanghai Jiao Tong University Report on Findings in Hydrodynamics (Detached-eddy Simulation of Turbulent Coherent Structures Around Groynes In a Trapezoidal Open Channel)
32. Study Results from University of Jinan Provide New Insights into Hydrodynamics (General Explicit Solutions of Most Economic Sections and Applications for Trapezoidal and Parabolic Channels)
33. New Hydrology Study Results from Sichuan University Described (Comparison of Measured Dam-break Flood Waves In Triangular and Rectangular Channels)
34. New Findings from Sichuan University Update Understanding of Hydrodynamics (Effects of Vegetation Patch Density On Flow Velocity Characteristics In an Open Channel)
35. Findings from University of Utrecht Update Understanding of Science (New flow relaxation mechanism explains scour fields at the end of submarine channels)
36. Study Results from University of Palermo in the Area of Soil Science and Hydrology Reported (New technique for measuring water depth in rill channels)
37. Findings from Texas A&M University Has Provided New Information about Science (Inertia Controlled Capillary Pressure at the Juncture between Converging and Uniform Channels)
38. New Findings Reported from China Agricultural University Describe Advances in Applied Sciences (A Simplified Computational Model for the Location of Depth Average Velocity in a Rectangular Irrigation Channel)
39. New Findings on Anthropology Described by Investigators at University of North Carolina (Effigy Pipes of the Lower Mississippi Valley: Iconography, Style, and Function)
40. Findings from Ton Duc Thang University Yields New Data on Applied Sciences (Study of Heat and Mass Transfer in Electroosmotic Flow of Third Order Fluid through Peristaltic Microchannels)
41. Investigators at University of Calabria Detail Findings in Geophysics (Investigation of Flow Resistance Exerted By Rigid Emergent Vegetation In Open Channel)
42. Findings from Helmholtz Center Potsdam Broaden Understanding of Earth Science (Testing Models of Step Formation Against Observations of Channel Steps In a Steep Mountain Stream)
43. Findings from Hohai University Provide New Insights into Earth Surface Research (On the Morphodynamic Equilibrium of a Short Tidal Channel)
44. Data from Indian Institute of Technology Advance Knowledge in Sedimentation and Erosion Research (Sheet Flow Hydrodynamics Over a Non-uniform Sand Bed Channel)
45. New Plant Science Findings from Pohang University of Science and Technology Discussed (Hydrodynamic Study On the 'stop-and-acceleration' Pattern of Refilling Flow At Perforation Plates By Using a Xylem-inspired Channel)
46. New Hydrodynamics Findings from University of Edinburgh Described (Tracer Advection In an Idealised River Bend With Groynes)
47. Data on Macromolecular Research Described by Researchers at Kyoto University (Multiscale Simulations of Flows of a Well-Entangled Polymer Melt in a Contraction-Expansion Channel)
48. New Biology Findings from National Cheng Kung University Described (Uncoupling Coriolis Force and Rotating Buoyancy Effects on Full-Field Heat Transfer Properties of a Rotating Channel)
49. Suez Upgrade May Not Ease Egypt's Economic Journey
50. As Egypt Unveils Its 'New Suez Canal,' Some Dissenters Make Their Voices Heard Online
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