All Stories

  1. Flow dynamics around mesh wrapped wall-mounted circular cylinders
  2. Spatio-temporal behavior of long submerged bluff bodies located near a wall
  3. On the horseshoe vortex characteristics of bed-mounted inclined cylinders
  4. Interference effects on the wake dynamics of a horizontal circular cylinder close to a wall
  5. Numerical study of bed proximity effects on the wake characteristics of a circular cylinder
  6. Aspect ratio effects on flow past a bed-mounted emergent cylinder
  7. Approach flow effects on the wake of a circular cylinder near a bed
  8. Submerged jet impinging asymmetrically onto a rotating surface
  9. Correction: Investigation of dredging pattern due to changes in jet cross-section
  10. On the wake dynamics of wall-mounted helical straked cylinders
  11. Comparison of Upstream Flow Pattern Around Cylinders with and Without Strakes
  12. Microplastic Particle Behavior in Turbulent Flows: Insights from Experimental Investigations
  13. Wake characteristics of near-wall submerged bluff bodies with varying streamwise length
  14. Flow and heat transfer characteristics of offset unsubmerged jets impinging on rotating disks
  15. Simultaneous flow and particle measurements for multiphase flows in hydraulic engineering: A review and synthesis of current state
  16. Effects of axisymmetric confinement on vortical structures emanating from round turbulent jets
  17. Investigation of dredging pattern due to changes in jet cross-section
  18. Direct numerical simulation of a wall source dispersion in a turbulent channel flow
  19. Wake characteristics of wall-mounted solid and foam-covered circular cylinders
  20. Self-oscillating jets in cooling applications
  21. Jet Impingement Heat Sinks With Application Toward Power Electronics Cooling: A Review
  22. Effects of sheltering on the unsteady wake dynamics of tandem cylinders mounted in a turbulent boundary layer
  23. Reynolds number and submergence ratio effects on turbulence structures in the shallow wake of a horizontal pipe located on a rough bed
  24. Effect of free surface perturbation on fully developed smooth open channel flow
  25. Generation and characterization of fully developed state in open channel flow
  26. On the turbulence characteristics in developed and developing rough narrow open-channel flow
  27. Self-Preservation of Turbulence Statistics in the Wall-Wake Flow of a Bed-Mounted Horizontal Pipe
  28. Characteristics of flow past elongated bluff bodies with underbody gaps due to varying inflow turbulence
  29. Effect of the aspect ratio on the velocity field of a straight open-channel flow
  30. A Comparative Study between Sand- and Gravel-Bed Open Channel Flows in the Wake Region of a Bed-Mounted Horizontal Cylinder
  31. Effects of aspect ratio on higher-order moments, conditional statistics, TKE budget and anisotropy in narrow open channel flow
  32. Time-resolved wake dynamics of finite wall-mounted circular cylinders submerged in a turbulent boundary layer
  33. Effects of approach flow conditions on the unsteady three-dimensional wake structure of a square-back Ahmed body
  34. Characteristics of self-oscillating twin jets
  35. Earth data assimilation in hydrologic models: recent advances
  36. Experimental analysis of multi-horizontal submerged jets energy dissipater
  37. Characteristics of self-oscillating jets in a confined cavity
  38. Supercritical flow characteristics in smooth open channels with different aspect ratios
  39. Investigating the Role of Hydrological Model Parameter Uncertainties in Future Streamflow Projections
  40. Closure to “Turbulence Characteristics of Classical Hydraulic Jump Using DES” by Vimaldoss Jesudhas, Ram Balachandar, Vesselina Roussinova, and Ron Barron
  41. Quasi-1D model for exhaust gas and pipe with convective and temperature dependent emissivity based radiative heat losses
  42. Analysis of the ground effect on development of flow structures around an inclined solar panel
  43. Comparison of flow and morphological characteristics in uniform and non-uniform sand bed channel
  44. Numerical Solution of Partial Differential Equations in Arbitrary Shaped Domains Using Cartesian Cut-Stencil Finite Difference Method. Part I: Concepts and Fundamentals
  45. A Review on Hydrodynamics of Free Surface Flows in Emergent Vegetated Channels
  46. Effects of Rear Angle on the Turbulent Wake Flow between Two in-Line Ahmed Bodies
  47. Free surface effects on spanwise turbulent structure in the far-field of submerged jets
  48. Modelling hydraulic jumps: IDDES versus experiments
  49. Numerical investigation of conjugate heat transfer in a straight cooling channel
  50. Examination of Blockage Effects on the Progression of Local Scour around a Circular Cylinder
  51. A new analytical model for dip modified velocity distribution in fully developed turbulent open channel flow
  52. Numerical assessment of miniaturized cold spray nozzle for additive manufacturing
  53. Diagnostic Evaluation of Hydrologic Models Employing Flow Duration Curve
  54. Numerical study of a symmetric submerged spatial hydraulic jump
  55. Turbulence structure of a counter-flowing wall jet
  56. Influence of bed proximity on the three-dimensional characteristics of the wake of a sharp-edged bluff body
  57. Effects of splitter plate on reducing local scour around bridge pier
  58. Effect of aspect ratio on developing and developed narrow open channel flow with rough bed
  59. Multi-objective autocalibration of SWAT model for improved low flow performance for a small snowfed catchment
  60. Effect of gap flow on the shallow wake of a sharp-edged bluff body—Coherent structures
  61. Turbulence Characteristics of Classical Hydraulic Jump Using DES
  62. Flow Over A Wall-Mounted Finite-Length Square Cylinder
  63. Blockage correction for pier scour experiments
  64. IDDES Evaluation of Oscillating Hydraulic Jumps
  65. Turbulence structure of non-uniform rough open channel flow
  66. Conjugate analysis of wall conduction effects on the thermal characteristics of impinging jets
  67. Development of vortex structures in the wake of a sharp-edged bluff body
  68. Climate change impact assessment on hydropower generation using multi-model climate ensemble
  69. Characteristics of flow past a slender, emergent cylinder in shallow open channels
  70. Reconsideration of the overlap region in smooth shallow open channel flows
  71. Submerged Hydraulic Jump Study Using DES
  72. Mobile bedforms
  73. Evaluation of governing parameters on pier scour geometry
  74. Turbulence characteristics of open channel flow over non-equilibrium 3-D mobile dunes
  75. Numerical Simulation of Piston Cooling With Oil Jet Impingement
  76. Large eddy simulation of the near-field vortex dynamics in starting square jet transitioning into steady state
  77. Round impinging jets with relatively large stand-off distance
  78. Mean characteristics of fluid structures in shallow-wake flows
  79. CFD Analysis of Heat Transfer Due to Jet Impingement Onto a Heated Disc Bounded by a Cylindrical Wall
  80. Local scour around bridge abutments including effects of relative bed coarseness and blockage ratio
  81. Local Scour around Bridge Piers under Ice-Covered Conditions
  82. Effect of gap flow on the shallow wake of a sharp-edged bluff body – turbulence parameters
  83. Effect of gap flow on the shallow wake of a sharp-edged bluff body – mean velocity fields
  84. Characteristics of Flow Structures in the Wake of a Bed-Mounted Bluff Body in Shallow Open Channels
  85. Reynolds number effects in the near-field of a turbulent square jet
  86. Simulation of jet impingement heat transfer onto a moving disc
  87. CFD Simulation of Boiling Heat Transfer Using OpenFOAM
  88. Characteristics of Shallow Wakes in an Open Channel
  89. Large Eddy Simulation of Round Impinging Jets With Large Stand-Off Distance
  90. Detached eddy simulation of flow past an isolated inclined solar panel
  91. Heat Transfer due to an Impinging Jet in a Confined Space
  92. Numerical simulation of wind loading on ground-mounted solar panels at different flow configurations
  93. Spray-induced air motion in single and twin ultra-high injection diesel sprays
  94. Discussion on “CFD analysis of the effect of nozzle stand-off distance on turbulent impinging jets”
  95. Reply to Discussion by Duarte et al. of “CFD analysis of the effect of nozzle stand-off distance on turbulent impinging jets”
  96. DES evaluation of near-wake characteristics in a shallow flow
  97. Analysis of Entrainment at the Turbulent/Non-Turbulent Interface of a Square Jet
  98. Simulation of Jet Impingement Heat Transfer
  99. CFD analysis of the effect of nozzle stand-off distance on turbulent impinging jets
  100. Scour Caused by Wall Jets
  101. A study in the developing region of square jet
  102. Study the Effect of Seepage on the Higher Order Moment to Extract Information About the Turbulent Flow Structure in an Open Channel Flow
  103. Simulation of Colloidal Silica Grout Injection Using Shear Effects
  104. Vortices and Large-Scale Structures in a Rough Open-Channel Flow Subjected to Bed Suction and Injection
  105. An Open Cycle Simulation of DI Diesel Engine Flow Field Effect on Spray Processes
  106. Numerical Investigation of Spray Characteristics of Diesel Alternative Fuels
  107. Automated Linear and Nonlinear Reservoir Approaches for Estimating Annual Base Flow
  108. Characteristics of a Jet in the Vicinity of a Free Surface
  109. Hydrologic modelling to assess the climate change impacts in a Southern Ontario watershed
  110. CFD Study of Effects of Geometry Variations on Flow in a Nozzle
  111. Bed Forms and Flow Mechanisms Associated with Dunes
  112. Coherent structure statistics in the wake of a sharp-edged bluff body placed vertically in a shallow channel
  113. Open channel flow recovery in the wake of a flat plate on rough beds
  114. An investigation of the effect of suction and injection in open channel flow
  115. An experimental and numerical study of water jet cleaning process
  116. Confinement Effects in Shallow-Water Jets
  117. Structure of wake of a sharp-edged bluff body in a shallow channel flow
  118. Coherent Structures in Shallow Water Jets
  119. Open channel flow past a train of rib roughness
  120. Roughness effects on turbulence characteristics in an open channel flow
  121. Closure to “Investigation of Fluid Structures in a Smooth Open-Channel Flow Using Proper Orthogonal Decomposition” by V. Roussinova, A.-M. Shinneeb, and R. Balachandar
  122. Reynolds Number Effects on the Near-Exit Region of Turbulent Jets
  123. Investigation of Fluid Structures in a Smooth Open-Channel Flow Using Proper Orthogonal Decomposition
  124. Numerical simulation of high-speed turbulent water jets in air
  125. An Assessment of the Literature and Recent Developments on the Shallow Wake in an Open Channel Flow
  126. Characteristics of a Three-Dimensional Square Jet in the Vicinity of a Free Surface
  127. Reynolds Stress Anisotropy in Open-Channel Flow
  128. Experimental Investigations of Colloidal Silica Grouting in Porous Media
  129. Local Scour Caused by Submerged Square Jets under Model Ice Cover
  130. Effect of Reynolds number, near-wall perturbation and turbulence on smooth open-channel flows
  131. PIV-POD Investigation of the Wake of a Sharp-Edged Flat Bluff Body Immersed in a Shallow Channel Flow
  132. Influence of channel width and tailwater depth on local scour caused by square jets
  133. Tailwater effects on the characteristics of a square jet near a free-surface
  134. Discussion of “Microscopic Modeling of Colloidal Silica Stabilized Granular Contaminated Soils” by Jay N. Meegoda and Netnapid Tantemsapya
  135. Flow over a fixed rough dune
  136. Accumulation of frazil ice along a river bend
  137. Analysis of Coherent Structures in the Far-Field Region of an Axisymmetric Free Jet Identified Using Particle Image Velocimetry and Proper Orthogonal Decomposition
  138. Effects of varying submergence and channel width on local scour by plane turbulent wall jets
  139. Quantitative investigation of vortical structures in the near-exit region of an axisymmetric turbulent jet
  140. Analytical solution for flow of gelling solutions in porous media
  141. Effect of depth on flow over a fixed dune
  142. Local scour by submerged offset jets
  143. Two-Dimensional Scour Hole Problem: Role of Fluid Structures
  144. Higher-Order Moments of Velocity Fluctuations in an Open-Channel Flow with Large Bottom Roughness
  145. Clear Water Local Scour by Submerged Three-Dimensional Wall Jets: Effect of Tailwater Depth
  146. Development of an equation for aluminum alloys to determine the width of the zone affected by welding
  147. A visualization study of fluid-structure interaction between a circular cylinder and a channel bed
  148. Variable threshold outlier identification in PIV data
  149. Roughness effects on turbulent plane wall jets in an open channel
  150. Effect of surfactant on the characteristics of a droplet-laden jet
  151. Roughness Effects on the Mixing Properties in Open Channel Turbulent Boundary Layers
  152. Roughness effects in low- Re ? open-channel turbulent boundary layers
  153. Spray Characteristics of Two‐phase Feed Nozzles
  154. Assessment of PIV to measure mean velocity and turbulence in open-channel flow
  155. Low Reynolds number effects in open-channel turbulent boundary layers
  156. Rough Wall Boundary Layer on Plates in Open Channels
  157. Scaling the inner region of turbulent plane wall jets
  158. Friction velocity and power law velocity profile in smooth and rough shallow open channel flows
  159. Velocity distribution in decelerating flow over rough surfaces
  160. Effect of Freestream Turbulence and Flow Recovery in the Wake of a Flat Plate
  161. PIV Measurements in a Confined Jet
  162. Application of power laws to low Reynolds number boundary layers on smooth and rough surfaces
  163. A study on flow past a suspended bluff object in an open channel
  164. Effect of grain size on local channel scour below a sluice gate
  165. A study of boundary layer-wake interaction in shallow open channel flows
  166. Shallow wakes generated on smooth and rough surfaces
  167. PA—Precision Agriculture
  168. A study on flow past a suspended bluff object in an open channel
  169. A Study on Turbulent Boundary Layers on a Smooth Flat Plate in an Open Channel
  170. Effect of grain size on local channel scour below a sluice gate
  171. Open Channel Boundary Layer Relaxation Behind a Forward Facing Step at Low Reynolds Numbers
  172. Skin Friction Correlation in Open Channel Boundary Layers
  173. A direct integration method for computation of gradually varied flow profiles
  174. Characteristics of Shallow Turbulent Near Wakes at Low Reynolds Numbers
  175. Rough Wall Turbulent Boundary Layers in Shallow Open Channel Flow
  176. Turbulent Boundary Layers in Low Reynolds Number Shallow Open Channel Flows
  177. Skin Friction Measurement in Low Reynolds Number Shallow Open Channel Flows
  178. Transport of Dry Aerosols in Turbulent Jets
  179. A Note on Particle Size Measurements in Two-Phase Flows
  180. A Note on the Characteristics of Droplet-Laden Jets
  181. Experimental Study of Turbulent Concentration Flow Field in the Wake of a Bluff Body
  182. Phase Doppler anemometer: commissioning tests for measurement of water aerosol sizes and velocities in flashing jets
  183. A Note on Irrotational Curvilinear Flow Past a Weir
  184. Wake and cavitation characteristics of equilateral prisms at incidence
  185. A Note on Choking Cavitation Flow Past Bluff Bodies
  186. Some Characteristics of Counter Flowing Wall Jets
  187. Blockage Effects on Cavitation Inception Characteristics of Bluff Bodies
  188. A note on circular sharp-crested weirs
  189. Discussion of “ Turbulent Velocity Profiles for Smooth and Rough Open Channels ” by M. Salih Kirkgöz (November, 1989, Vol. 115, No. 11)
  190. Characteristics of Constrained Cavitating Bluff Body Wakes
  191. The Near Wake Characteristics of Cavitating Bluff Sources
  192. Blockage Correction for Sharp‐Edged Bluff Bodies
  193. Evaluation of Cavitation Damage Characteristics Using a Profilometer
  194. Submerged Flow Characteristics of Throatless Flume
  195. Discussion: “Erosion Due to Impingement of Cavitating Jet” (Yamaguchi, A., and Shimizu, S., 1987, ASME J. Fluids Eng., 109)