Transient Turbulence

Transient Turbulent Flow Simulations

• Chung, YM 2005 Unsteady turbulent flow with sudden pressure gradient changes Int. J. for Numerical Methods in Fluids 47 (8-9), 925-930. WoS
  
• Coleman, GN; Kim, J; Spalart, PR 2003 Direct numerical simulation of a decelerated wall-bounded turbulent shear flow J. of Fluid Mechanics 495, 1-18.
  
• Coleman, GN; Kim, J; Spalart, PR 2000 A numerical study of strained three-dimensional wall-bounded turbulence J. of Fluid Mechanics 416, 75-116. ¶
• Le, AT; Coleman, GN; Kim, J 2000 Near-wall turbulence structures in three-dimensional boundary layers Int. J. of Heat and Fluid Flow 21 (5), 480-488. ¶
  
• Coleman, GN; Kim, J; Le, AT 1996 A numerical study of three-dimensional wall-bounded flows Int. J. of Heat and Fluid Flow 17 (3), 333-342. ¶

Turbulent Accelerating Flow

• He, S; Ariyaratne, C; Vardy, AE 2008 A computational study of wall friction and turbulence dynamics in accelerating pipe flows Computers & Fluids 37 (6), 674-689. WoS
• Greenblatt, D; Moss, EA 2004 Rapid temporal acceleration of a turbulent pipe flow J. of Fluid Mechanics 514, 65-75.
• Greenblatt, D; Moss, EA 2003 Rapid transition to turbulence in pipe flows accelerated from rest ASME J. of Fluids Engineering 125 (6), 1072-1075. WoS
• He, S; Jackson, JD 2000 A study of turbulence under conditions of transient flow in a pipe J. of Fluid Mechanics 408, 1-38.
  
• Greenblatt, D; Moss, EA 1999 Pipe-flow relaminarization by temporal acceleration Physics of Fluids 11 (11), 3478-3481. WoS

Favourable Pressure Gradient Flow

• Warnack, D; Fernholz, HH 1998 The effects of a favourable pressure gradient and of the Reynolds number on an incompressible axisymmetric turbulent boundary layer. Part 2. The boundary layer with relaminarization J. of Fluid Mechanics 359, 357-381.
• Warnack, D; Fernholz, HH 1998 The effects of a favourable pressure gradient and of the Reynolds number on an incompressible axisymmetric turbulent boundary layer. Part 1. The turbulent boundary layer J. of Fluid Mechanics 359, 329-356.
  
• Sreenivasan, KR 1982 Laminarescent, relaminarization and retransitional flows ACTA Mechanica 44, 1-48. WoS

Pipe Flow

• Vardy, AE; Brown, JMB 2010 Evaluation of Unsteady Wall Shear Stress by Zielke's Method ASCE J. of Hydraulic Engineering 136 (7), 453-456. WoS
• Vardy, AE; Brown, JMB 2010 Influence of time-dependent viscosity on wall shear stresses in unsteady pipe flows J. of Hydraulic Research 48 (2), 225-237. WoS
  
• Zhao, M; Ghidaoui, MS; Kolyshkin, AA 2007 Perturbation dynamics in unsteady pipe flows J. Fluid Mechanics 570, 129-154.
• Koppel, T; Ainola, L 2006 Identification of transition to turbulence in a highly accelerated start-up pipe flow ASME J. of Fluids Engineering 128 (4), 680-686. WoS
• Das, D; Arakeri, JH 2000 Unsteady laminar duct flow with a given volume flow rate variation ASME J. of Applied Mechanics 67 (2), 274-281. WoS
  
• Das, D; Arakeri, JH 1998 Transition of unsteady velocity profiles with reverse flow J. Fluid Mechanics 374, 251-283.
• Kurakawa, J; Tanagi, A 1988, Accelerated and decelerated flows in a circular pipe Trans. Jpn. Soc. Mech. Eng., Series B B54, 302–307. 
• Lefebvre, PJ; White, FM 1993 Further experiments on transition to turbulence in constant-acceleration pipe flow - Authors closure ASME J. of Fluids Engineering 115 (4), 784-785. WoS 
• Lefebvre, PJ; White, FM 1991 Further experiments on transition to turbulence in constant-acceleration pipe flow ASME J. of Fluids Engineering 113 (2), 223-227. WoS
• Koppel, T; Liiv, UR 1977 Experimental investigation of the development of motion of liquid in conduits Fluid Dynamics 12(6), 881-887. WoS

• Davids N; Cheng RC 1972 Transient laminar-flow in ducts of arbitrary cross-section by finite element methods J. of Biomechanics 5 (5), 485-499. WoS
• Pendergast D; Cobble M; Smith P 1970 Laminar flow through ducts of arbitrary cross-section Int. J. of Mechanical Sciences 12 (8), 695-700. WoS
  

Friction Modelling

• Vardy, AE; Brown, JMB 2010 Evaluation of Unsteady Wall Shear Stress by Zielke's Method ASCE J. of Hydraulic Engineering 136 (7), 453-456. WoS
• Vardy, AE; Brown, JMB 2010 Influence of time-dependent viscosity on wall shear stresses in unsteady pipe flows J. of Hydraulic Research 48 (2), 225-237. WoS
• Vardy, AE; Brown, JMB 2007 Approximation of turbulent wall shear stresses in highly transient pipe flows ASCE J. of Hydraulic Engineering 133, 1219-1228. WoS
• Vardy, AE; Brown, JMB 2004 Transient turbulent friction in fully rough pipe flows J. of Sound and Vibration 270 (1-2), 233-257. WoS
• Vardy, AE; Brown, JMB 2003 Transient turbulent friction in smooth pipe flows J. of Sound and Vibration 259 (5), 1011-1036. WoS

Analytic Modelling

• Clark, TT; Rubinstein, R; Weinstock, J 2009 Reassessment of the classical turbulence closures: the Leith diffusion model J. of Turbulence 10 (35), 1-23. WoS
• Rubinstein, R; Bos, WJT 2009 On the unsteady behavior of turbulence models Physics of Fluids 21 (4), 041701. WoS
• Bos, WJT; Clark, TT; Rubinstein, R 2007 Small scale response and modeling of periodically forced turbulence Physics of Fluids 19 (5), 055107. WoS
• Woodruff, SL; Rubinstein, R 2006 Multiple-scale perturbation analysis of slowly evolving turbulence J. Fluid Mechanics 565, 95-103. WoS
• Rubinstein, R; Clark, TT; Livescu, D; Luo, L-S 2004 Time-dependent isotropic turbulence J. of Turbulence 5, 011. WoS

Exact Solutions

• Koppel T 2010 Accelerating start-up pipe flows.
• Austin SA 1995 An analytical solution for unsteady flow of a Bingham plastic fluid in a circular tube. NUWC-NPT Technical Report 11,011.