QA 911 V2 : Fluid principles.; BJL
1990
1
QA 911 V5
2
QA 911 V8 : Mathematical problems of statistical hydromechanics / M.J. Vishik and A.V. Fursikov; translated [from the Russian] by D.A. Leites.; BJL
1988
1
QA 911 W5 : Principles of computational fluid dynamics.; BJL
c2001
1
QA 911 Y9 BJL
c1989
1
QA911 .Z55 : Essential computational fluid dynamics / Oleg Zikanov.; BJL
2019
1
QA 913 C4 : Analysis of turbulent flows / Tuncer Cebeci.; BJL
c2004
1
QA 913 C9 : The laminar boundary layer equations.;
Departmental Locations, BJL
1962
1
QA 913 D2 : Turbulence : an introduction for scientists and engineers / P.A. Davidson.; BJL
2004
1
QA 913 D8 : Dynamic multilevel methods and the numerical simulation of turbulence / Thierry Dubois, François Jauberteau, Roger Temam.; BJL
1999
1
QA 913 F7 : Computational models for turbulent reacting flows / Rodney O. Fox.; BJL
2003
1
QA 913 F9 : Turbulence : the legacy of A.N. Kolmogorov.; BJL
1995
1
QA 913 H7 : Turbulence, coherent structures, dynamical systems and symmetry / Philip Holmes, John L. Lumley and Gal Berkooz.; BJL
1998
1
QA 913 M8 : Theory of laminar flows.;
Departmental Locations, BJL
1964
1
QA 913 N3 : Navier-Stokes equations and turbulence / C. Foias ... [et al.].; BJL
2001
1
QA 913 O4 : Mathematical models in boundary layer theory / O.A. Oleinik, V.N. Samokhin.; BJL
1999
1
QA 913 P8 : Turbulent flows.; BJL
2000
1
QA 913 S3 : The physics of flow through porous media.; BJL
1974
1
QA 913 S9 : Hydrodynamic stability of fluid flows.; BJL
1967
1
QA 913 W6 : Turbulence modeling for CFD / by David C. Wilcox.; BJL
c2006
1
QA 920 D2 : An introduction to magnetohydrodynamics.; BJL
2001
1
QA 920 U4 : Non-linear ware propagation, with applications to physics and magnetonydrodynamics.; BJL
1964
1
QA 922 S3 : Stability and transition in shear flows / Peter J. Schmid, Dan S. Henningson.; BJL
2000
1
QA 925 : Hydrodynamic forces on an accelerated cylinder moving in tow-dimensions.; BJL
1
QA 925 M2 : Vorticity and incompressible flow / Andrew J. Majda, Andrea L. Bertozzi.; Departmental Locations
2001
1
QA 925 S1 : Vortex dynamics.; BJL
1995
1
QA 927 B6 : Wave theory and applications.; BJL
1988
1
QA 927 D2 : Nonlinear water waves.; BJL
1994
1
QA 927 G9 : Wave propagation in fluids : models and numerical techniques / Vincent Guinot.; BJL
c2008
1
QA 927 M6 : Microlocal analysis and nonlinear waves / Michael Beals, Richard B. Melrose, Jeffrey Rauch, editors.; BJL
1991
1
QA 927 M7 : Analytical methods in nonlinear wave theory.; BJL
2005
1
QA 927 S6
2
QA 927 W3 : Spectral and scattering theory for wave propagation in perturbed stratified media.; BJL
1991
1
QA 929 B6 : Transport phenomena / R. Byron Bird, Warren E. Stewart, Edwin N. Lightfoot.; BJL
c2007
1
QA 929 H8 : Fluid mechanics of viscoelasticity : general principles, constitutive modeling, analytical and numerical techniques / R.R. Huilgol and N. Phan-Thien.; BJL
1997
1
QA 929 J8 : Fluid dynamics of viscoelastic liquids.; BJL
1990
1
QA 929 M6 : Pattern formation in viscous flows : the Taylor-Couette problem and Rayleigh-Bénard convection.; BJL
c1999
1
QA 929 O1 : Viscous flow / H. Ockendon & J.R. Ockendon.; BJL
1995
1
QA 929 P1 : Viscous flow theory.;
BJL, Departmental Locations
1956
1
QA 929 S3 : Computational transport phenomena : numerical methods for the solution of transport problems / W.E. Schiesser, C.A. Silebi.; BJL
1997
1
QA 929.5 C5 : Perfect incompressible fluids / translated by Isabelle Gallagher and Dragos Iftimie.; BJL
1998
1
QA 931 B2 : Elasticity.; BJL
1993
1
QA 931 B6 / q : Acoustics, elasticity, and thermodynamics of porous media : twenty-one papers by M.A. Biot / edited by I. Tolstoy.; BJL
1992
1
QA 931 C9 : Dynamic plasticity / By N. Cristescu.; BJL
1967
1
QA 931 L8 : A treatise on the mathematical theory of elasticity.; BJL
1
QA 931 M2 : Deformation of elastic solids / Ajit K. Mal, Sarva Jit Singh.; BJL
1991
1
QA 931 S6 : Mathematical theory of elasticity.;
Departmental Locations, BJL
1956
1
QA 931 T5
2
QA 931 T6 : A history of the theory of elasticity and of the strength of materials.; BJL
1
QA 935 : Note on the equilibrium of flexible surfaces.; BJL
1
