Dynamics of laminar premixed flame under equivalence ratio oscillations by Mohd. Rosdzimin Abdul Rahman

Incompressible flow and the finite element method advection-diffusion and isothermal laminar flow by Gresho Philip M.

Fluid mechanics and fluid power engineering by Kumar, D.S

Table of Contents: “…Introduction -- Physical properties of fluids -- Fluid statics -- Fluid kinematics -- Fluid dynamics (momentum and energy principles) -- Dimensional analysis and model similitude -- Potential flow -- Laminar viscous flow -- Turbulence and turbulent flow through pipes -- Laminar and turbulent boundary layer flows -- Flow around immersed bodies: drag and lift -- Flow in open channels -- Compressible flow -- Fluid measurements -- Impact of free jets -- Hydraulic turbines -- Hydraulic pumps -- Hydraulic systems…”

Fluid mechanics and fluid power engineering by Kumar, D.S

Table of Contents: “…Introduction -- Physical properties of fluids -- Fluid statics -- Fluid kinematics -- Fluid dynamics (momentum and energy principles) -- Dimensional analysis and model similitude -- Potential flow -- Laminar viscous flow -- Turbulence and turbulent flow through pipes -- Laminar and turbulent boundary layer flows -- Flow around immersed bodies: drag and lift -- Flow in open channels -- Compressible flow -- Fluid measurements -- Impact of free jets -- Hydraulic turbines -- Hydraulic pumps -- Hydraulic systems…”

Advanced engineering fluid mechanics / K. Muralidhar, Gautam Biswas by Muralidhar, K.

Table of Contents: “…Introduction -- Derivation of Equations Governing Fluid Motion -- Exact Solutions of Navier-Stokes Equations -- Potential Theory -- Laminar Boundary Layers -- Hydrodynamic Stability Theory -- Turbulent Flow -- Compressible Flow -- Experimental Techniques…”

Handbook of computational hydraulics

Table of Contents: “…Alternating direction implicit method -- 4. laminar-turbulent transtion -- 5. Standard step method -- 6. …”

Fundamentals of aerodynamics by Anderson, John David

Table of Contents: “…Aerodynamics -- Aerodynamics -- Fundamentals of inviscid, incompressible flow -- Incompressible flow over airfoils -- Incompressible flow over finite wings -- Three-dimensional incompressible flow -- Compressible flow -- Normal shock waves and related topics -- Oblique shock and expansion waves -- Compressible flow through nozzles, diffusers, and wind tunnels -- Subsonic compressible flow over airfoils -- Linearized supersonic flow -- Introduction to numerical techniques for nonlinear supersonic flow -- Elements of hypersonic flow -- Introduction to the fundamental principles and equations of viscous flow -- Special case -- Introduction to boundary layers -- Laminar boundary layers -- Turbulent boundary layers -- Navier-Stokes solutions…”

Applied fluid mechanics by Mott, Robert L.

Table of Contents: “…General energy equation -- ch. 8. Reynolds number, laminar flow, and turbulent flow -- ch. 9. Energy losses due to friction -- ch. 10. …”

Introduction to chemical reaction engineering and kinetics by Missen, Ronald W. (Ronald William) 1928-

Table of Contents: “…Plug Flow Reactors (PFR). -- Laminar Flow Reactors (LFR). -- Comparisons and Combinations of Ideal Reactors. -- Complex Reactions in Ideal Reactors. -- Nonideal Flow. …”

Transport phenomena by Beek, W. J.

Table of Contents: “…Introduction to physical transport phenomena -- Conservation laws -- Rate of molecular transport processes -- Microbalances -- Dimensions and magnitude -- Dimensional analysis -- Problems -- 2. Flow Phenomena -- Laminar flow -- Turbulent flow -- Flow with negligible energy dissipation -- Flow around obstacles -- Flow through beds of particles -- Stirring, mixing and residence time distribution -- 3. …”

Handbook of hydraulics for the solution of hydrostatic and fluid-flow problems by Brater, Ernest F.

Vorticity and vortex dynamics by Wu, J. Z. (Jie-Zhi)

Handbook of hydraulics for the solution of hydrostatic and fluid-flow problems by Brater, Ernest F.

Applied fluid mechanics by Mott, Robert L.

Table of Contents: “…The Nature of Fluids -- Viscosity of Fluids -- Pressure Measurement -- Forces on Submerged Plane and Curved Areas -- Buoyancy and Stability -- Flow of Fluids and Bernoulli's Equation -- General Energy Equation -- Reynolds Number, Laminar Flow, and Turbulent Flow -- Energy Losses Due to Friction -- Minor Losses -- Series Pipe Line Systems -- Parallel Pipe Line Systems -- Open Channel Flow -- Flow Measurement -- Pump Selection and Application -- Forces Due to Fluids in Motion -- Drag and Lift -- Fans, Blowers, Compressors, and the Flow of Gases -- Flow of Air in Ducts -- App. …”

HYDRAULICS AND FLUID MECHANICS Including HYDRAULIC MACHINES In SI Units by Modi, P.N, Seth, S.M

Table of Contents: “…Boundary layer theory -- Ch 13. Laminar flow -- Ch 14. Turbulent flow in pipes -- Ch 15. …”

Applied fluid mechanics by Mott, Robert L., Untener, Joseph A.

Table of Contents: “…General Energy Equation -- 8. Reynolds Number, Laminar Flow, Turbulent Flow, and Energy Losses Due to Friction -- 9. …”

Handbook of technological Advancements and scientific approaches in fluid mechanics

Table of Contents: “…Volume II: Chapter 1: Laminar motion of the incompressible fluids in self-acting thrust bearings with spiral grooves / Cornel Velescu and Nicolae Calin Popa -- Chapter 2: Numerical modeling of the fluid flow in continuous casting tundish with different control devices / Zhu He, Kun Zhou, Shuang Liu, Wei Xiong, and Baokuan Li -- Chapter 3: CFD two fluid model for adiabatic and boiling bubbly flows in ducts / Martin Lopez de Bertodano and Deoras Prabhudharwadkar -- Chapter 4: Numerical simulation of the flow field in circumferential grooved liquid seals / Meng Zhang, Xiao-fang Wang, Sheng-li Xu, and Wei Wang -- Chapter 5: Simulation of multiphase flow of the oil-water separation in a rotating packed bed for oil purification / Xiaojun Zhang, Yun Cheng, Songlin Nie, Hui Ji, and Laiguo Liu -- Chapter 6: Numerical simulation of PAHs formation and effect of operating conditions in Di-diesel engines based on a comprehensive chemical mechanism / Bei-Jing Zhong and Jun Xi -- Chapter 7: Computational fluid dynamics simulations of contrast agent bolus dispension in a coronary bifurcation : impact on MRI-based quantification of myocardial perfusion / Regine Schmidt, Dirk Graafen, Stefan Weber and Laura M.Scheiber -- Chapter 8: RSTM numerical simulation of channel particulate flow with rough wall / lexander Kartushinsky, Ylo Rudi, Medhat Hussainov, Igor Shcheglov, Sergei Tisler, Igor Krupenski and David Stock…”

Experimental combustion an introduction by Mishra, D. P. (Aerospace engineer)

Table of Contents: “…1.Introduction to Combustion -- 1.1.Introduction -- 1.2.Definition of Fuel/Oxidizer -- 1.3.Kinds of Fuels and Oxidizers -- 1.4.Stoichiometry -- 1.5.Ideal Gas Mixture -- 1.6.Heat of Formation and Reaction -- 1.7.Adiabatic Flame Temperature -- 1.8.Chemical Kinetics -- 1.9.Flame -- 1.10.Premixed Flame -- 1.10.1.Thermal Analysis of a Planar Laminar Flame -- 1.10.2.Methods of Measuring Flame Speed -- 1.11.Diffusion Flames -- 1.12.Gaseous Jet Flame -- 1.12.1.Physical Description of a Jet Flame -- 1.12.2.Phenomenological Analysis -- 1.13.Liquid Droplet Combustion -- 1.13.1.Droplet Burning Time -- 1.13.2.Droplet Combustion in Convective Flow -- References -- 2.Elements of Measurement Systems -- 2.1.Introduction -- 2.2.What Is Measurement? …”