Results 1-26 of 26 (Search time: 0.016 seconds).
Issue Date | Title | Author(s) | Source | scopus | WOS | Fulltext/Archive link | |
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1 | 2020 | Experiments on two-layer stratified gravity currents in the slumping phase | Wu, C.-S.; Dai, A.; HSI-HENG DAI | Journal of Hydraulic Research | |||
2 | 2018 | High-resolution simulations of unstable cylindrical gravity currents undergoing wandering and splitting motions in a rotating system | Dai, A.; Wu, C.-S.; HSI-HENG DAI | Physics of Fluids | |||
3 | 2017 | Experiments on two-layer density-stratified inertial gravity currents | Dai, A.; HSI-HENG DAI | Physical Review Fluids | |||
4 | 2017 | On the formation of coherent vortices beneath nonbreaking free-propagating surface waves | Tsai, W.-T.; Lu, G.-H.; Chen, J.-R.; Dai, A.; HSI-HENG DAI ; WU-TING TSAI | Journal of Physical Oceanography | 10 | 10 | |
5 | 2016 | High-resolution simulations of cylindrical gravity currents in a rotating system | Dai, A.; Wu, C.-S.; HSI-HENG DAI | Journal of Fluid Mechanics | |||
6 | 2016 | High-resolution simulations of non-Boussinesq downslope gravity currents in the acceleration phase | Dai, A.; Huang, Y.-L.; HSI-HENG DAI | Physics of Fluids | |||
7 | 2015 | On the instability of a buoyancy-driven downflow | Dai, A.; HSI-HENG DAI | Dynamics of Atmospheres and Oceans | |||
8 | 2015 | Thermal theory for non-boussinesq gravity currents propagating on inclined boundaries | Dai, A.; HSI-HENG DAI | Journal of Hydraulic Engineering | |||
9 | 2015 | High-resolution simulations of downslope gravity currents in the acceleration phase | Dai, A.; HSI-HENG DAI | Physics of Fluids | |||
10 | 2014 | Non-Boussinesq gravity currents propagating on different bottom slopes | Dai, A.; HSI-HENG DAI | Journal of Fluid Mechanics | |||
11 | 2014 | On Langmuir circulation in shallow waters | Phillips, W.R.C.; Dai, A.; HSI-HENG DAI | Journal of Fluid Mechanics | |||
12 | 2013 | Experiments on gravity currents propagating on different bottom slopes | Dai, A.; HSI-HENG DAI | Journal of Fluid Mechanics | |||
13 | 2013 | Power-law for gravity currents on slopes in the deceleration phase | Dai, A.; HSI-HENG DAI | Dynamics of Atmospheres and Oceans | |||
14 | 2013 | Gravity currents propagating on sloping boundaries | Dai, A.; HSI-HENG DAI | Journal of Hydraulic Engineering | |||
15 | 2012 | Gravity Currents from Instantaneous Sources Down a Slope | Dai, A.; Ozdemir, C.E.; Cantero, M.I.; Balachandar, S.; HSI-HENG DAI | Journal of Hydraulic Engineering | |||
16 | 2010 | Energy dissipative plunging flows | Dai, A.; Garc?a, M.H.; HSI-HENG DAI | Journal of Hydraulic Engineering | |||
17 | 2010 | Modified thermal theory for gravity currents on sloping boundaries | Dai, A.; HSI-HENG DAI | Journal of Hydraulic Engineering | |||
18 | 2010 | On Lagrangian drift in shallow-water waves on moderate shear | Phillips, W.R.C.; Dai, A.; Tjan, K.K.; HSI-HENG DAI | Journal of Fluid Mechanics | |||
19 | 2010 | Gravity currents down a slope in deceleration phase | Dai, A.; Garc?a, M.H.; HSI-HENG DAI | Dynamics of Atmospheres and Oceans | |||
20 | 2010 | Note on the generalized thermal theory for gravity currents in the deceleration phase | Dai, A.; HSI-HENG DAI | Dynamics of Atmospheres and Oceans | |||
21 | 2009 | Delta progradation driven by an advancing sediment source: Coupled theory and experiment describing the evolution of elongated deltas | Kim, W.; Dai, A.; Muto, T.; Parker, G.; HSI-HENG DAI | Water Resources Research | |||
22 | 2009 | Analysis of plunging phenomena | Dai, A.; Garcia, M.H.; HSI-HENG DAI | Journal of Hydraulic Research | |||
23 | 2009 | Plunging conditions of two-dimensional negative buoyant surface jets released on a sloping bottom | Dai, A.; Garcia, M.H.; HSI-HENG DAI | Journal of Hydraulic Research | |||
24 | 2009 | Buoyancy-driven flow in a two-story compartment | Dai, A.; Garc?a, M.H.; HSI-HENG DAI | Journal of Engineering Mechanics | |||
25 | 2009 | Meandering instability of a vertical plume | Dai, A.; Garc?a, M.H.; HSI-HENG DAI | Journal of Engineering Mechanics | |||
26 | 2009 | Stability of a pair of counterrotating and corotating vortices of different strengths | Dai, A.; Garc?a, M.H.; HSI-HENG DAI | Journal of Engineering Mechanics |