All Stories

  1. Optimum design and operation of an internally-heated packed-bed tank for high-temperature solid–air energy storage: Practical application from theoretically-derived relations
  2. Analysis of forces in flexible wings with a flapping movement for aerial robots that mimic birds.
  3. Comparing analytically propulsion by pitching and heaving flexible foils near the first two natural modes
  4. Asymptotic analytical solution for the temperature evolution in internally-heated packed-bed tanks for high-temperature solid-air energy storage
  5. Effects of inertia on the time-averaged propulsive performance of a pitching and heaving foil
  6. Unsteady Propulsion of a Two-Dimensional Flapping Thin Airfoil in a Pulsating Stream
  7. Effect of flexibility on the self-propelled locomotion by an elastically supported stiff foil actuated by a torque
  8. Force and torque reactions on a pitching flexible aerofoil
  9. Efficient self-propelled locomotion by an elastically supported rigid foil actuated by a torque
  10. Simplified Model for Forward-Flight Transitions of a Bio-Inspired Unmanned Aerial Vehicle
  11. On the feasibility of a flexible foil with passive heave to extract energy from low wind speeds
  12. Numerical validation of simple non-stationary models for self-propelled pitching foils
  13. Flutter stability analysis of an elastically supported flexible foil. Application to the energy harvesting of a fully-passive flexible flapping-foil of small amplitude
  14. Energy Harvesting and Propulsion of Pitching Airfoils with Passive Heave and Deformation
  15. Propulsion enhancement of flexible plunging foils: Comparing linear theory predictions with high-fidelity CFD results
  16. Numerical study of the propulsive performance of two-dimensional pitching foils at very high frequencies: scaling laws and turbulence effects
  17. Propulsion and energy harvesting performances of a flexible thin airfoil undergoing forced heaving motion with passive pitching and deformation of small amplitude
  18. Propulsion performance of tandem flapping foils with chordwise prescribed deflection from linear potential theory
  19. Analytical results for the propulsion performance of a flexible foil with prescribed pitching and heaving motions and passive small deflection
  20. Effect of the pivot point location on the propulsive performance of a pitching foil
  21. Aerodynamics of Heaving and Pitching Foils in Tandem from Linear Potential Theory
  22. Propulsion of a foil undergoing a flapping undulatory motion from the impulse theory in the linear potential limit
  23. Maximum propulsive efficiency of two pitching and plunging plates in tandem at low Reynolds number
  24. On analytical approximations for the structure of a shock wave in a fully ionized plasma
  25. On the origin and structure of a stationary circular hydraulic jump
  26. On the added-mass force and moment and the vortex projection method. Application to thin airfoils
  27. Comparison of aerodynamic models for two-dimensional pitching foils with experimental data
  28. Assessment of two vortex formulations for computing forces of a flapping foil at high Reynolds numbers
  29. Unsteady thrust, lift and moment of a two-dimensional flapping thin airfoil in the presence of leading-edge vortices: a first approximation from linear potential theory
  30. Effect of the angle of attack on the transient lift during the interaction of a vortex with a flat plate. Potential theory and experimental results
  31. Problemas Resueltos de Mecánica de Fluidos
  32. Note on optimum propulsion of heaving and pitching airfoils from linear potential theory
  33. Stability analysis of the interface between two weak viscoelastic liquids under periodic oscillations
  34. On the autorotation of animal wings
  35. Linearized propulsion theory of flapping airfoils revisited
  36. Heavy gas relaxation in a light gas shock wave at small Prandtl number
  37. Analysis of the aerodynamic interaction between two plunging plates in tandem at low Reynolds number for maximum propulsive efficiency
  38. Buoyancy effects in a wall jet over a heated horizontal plate
  39. Vortex flow structures and interactions for the optimum thrust efficiency of a heaving airfoil at different mean angles of attack
  40. On the development of lift and drag in a rotating and translating cylinder
  41. Purely pulsating flow of a viscoelastic fluid in a pipe revisited: The limit of large Womersley number
  42. Separation in the mixed convection boundary-layer radial flow over a constant temperature horizontal plate
  43. A pseudospectral based method of lines for solving integro-differential boundary-layer equations. Application to the mixed convection over a heated horizontal plate
  44. High accuracy numerical methods for the Gardner–Ostrovsky equation
  45. Experimental study of the aerodynamic characteristics of a low-aspect-ratio flat plate array in a configuration of interest for a tidal energy converter
  46. Lift and drag characteristics of a cascade of flat plates in a configuration of interest for a tidal current energy converter: Numerical simulations analysis
  47. Experimental evidence of convective and absolute instabilities in rotating Hagen–Poiseuille flow
  48. Experimental study on sand bed excavation by impinging swirling jets
  49. Structure of trailing vortices: Comparison between particle image velocimetry measurements and theoretical models
  50. Mecánica de Fluidos
  51. Quasicylindrical description of a swirling light gas jet discharging into a heavier ambient gas
  52. Three-dimensional transitions in a swirling jet impinging against a solid wall at moderate Reynolds numbers
  53. Three-dimensional structure of confined swirling jets at moderately large Reynolds numbers
  54. A numerical method for the study of nonlinear stability of axisymmetric flows based on the vector potential
  55. Stability of the boundary layer flow on a long thin rotating cylinder
  56. Transport of suspended sediment under the dam‐break flow on an inclined plane bed of arbitrary slope
  57. Spatial stability and the onset of absolute instability of Batchelor's vortex for high swirl numbers
  58. Interaction of an unconfined vortex with a solid surface
  59. On the development of three-dimensional vortex breakdown in cylindrical regions
  60. Dam-Break Flow for Arbitrary Slopes of the Bottom
  61. Nonlinear instabilities in a vertical pipe flow discharging from a cylindrical container
  62. Nonparallel spatial stability of the boundary layer induced by Long’s vortex on a solid plane perpendicular to its axis
  63. A Cartesian grid finite-difference method for 2D incompressible viscous flows in irregular geometries
  64. Nonlinear waves in the pressure driven flow in a finite rotating pipe
  65. An explicit projection method for solving incompressible flows driven by a pressure difference
  66. Nonparallel stability of the flow in an axially rotating pipe
  67. On the efficiency of a numerical method with periodic time strides for solving incompressible flows
  68. The onset of absolute instability of rotating Hagen–Poiseuille flow: A spatial stability analysis
  69. Stability analysis of boundary layer flow due to the presence of a small hole on a surface
  70. Boundary layer induced by a conical vortex
  71. On the appearance of swirl in a confined sink flow
  72. Axisymmetric instabilities of Bödewadt flow
  73. Inviscid evolution of incompressible swirling flows in pipes: The dependence of the flow structure upon the inlet velocity field
  74. Nonparallel linear stability analysis of Long’s vortex
  75. Conically similar swirling flows at high Reynolds numbers
  76. Inviscid vortex breakdown models in pipes
  77. Viscous and inviscid instabilities of non-parallel self-similar axisymmetric vortex cores
  78. Solution breakdown in a family of self-similar nearly inviscid axisymmetric vortices
  79. Nonlocal electron heat relaxation in a plasma shock at arbitrary ionization number
  80. Self-consistent, nonlocal electron heat flux at arbitrary ion charge number
  81. Nonlocal electron heat flux revisited
  82. Hypersonic expansion of the Fokker–Planck equation
  83. Fokker-Planck and Langevin equations for arbitrary slip velocities
  84. Solution of the Fokker-Planck equation for the shock wave problem
  85. Shock wave structure in gas mixtures with large mass disparity
  86. Kinetic theory of binary gas mixtures with large mass disparity
  87. Interspecies transfer of momentum and energy in disparate-mass gas mixtures