ESDU AZ Index: PPIS
 Use of to Determine Pressure Error Correction Coefficient, 20006
 Considerations in Design Against Acoustic Fatigue, 86025
 Dynamic Response to Excitation
 Stress Analysis

 see
 Curved Panels
 Curved Rectangular Plates
 Curved Sandwich Panels (Cores of Negligible Flexural Stiffness)
 Curved SpeciallyOrthotropic Rectangular Plates
 Curved Square Plates
 Curved Unbalanced Laminated Rectangular Plates
 Flat Panels in General
 Flat Panels with FibreReinforced Unflanged Integral Stiffeners
 Flat Panels with Flanged Integral Stiffeners
 Flat Panels with Lipped or Unlipped ZSection Stiffeners
 Flat Panels with TopHat Section Stiffeners
 Flat Panels with Transverse Stiffeners
 Flat Panels with TSection Integral Stiffeners
 Flat Panels with Unflanged Integral Stiffeners
 Flat Panels with Unlipped ZSection Stiffeners
 Flat Parallelogram Panels
 Flat Parallelogram Plates
 Flat Plates
 Flat Sandwich Panels (Cores of Negligible Flexural Stiffness)
 Flat Sandwich Panels (Corrugated Cores)
 Flat Sandwich Panels (Isotropic Cores)
 Flat Sandwich Panels (Truss Cores)
 Sandwich Panels and Plates
 see also
 Afterbody
 BoatTailing
 see also
 Forebody
 Ogive Cylinders
 Wave Drag of Rectangular Planform, 71018
 Fuel

 see
 Kerosines
 Medicinal

 see
 White Oils
 see
 Parachutes
 see
 Viscometers
 Linear Systems in Absence of Process Noise
 leastsquares minimisation including equation and outputerror methods, 87039
 maximum likelihood method, 88011
 Linear Systems in Presence of Process Noise
 maximum likelihood method, 89032
 Linear Systems (Lightly Damped) From Frequency Response Measurements, 90006, 93016
 determination of initial values from approximation to Nyquist diagram, 90006, 93016
 Use of Kalman Filter to Eliminate Measurement Noise, 88039
 see
 Parachutes
 see
 Shot Peening
 see
 Lubricants
 Definitions for Linear Systems, 67038
 see
 Gasolines
 Effective Phase Angle in TyreFriction Modelling, TM 176
 see
 Lubricants
 Use as Hydrodynamic Bearing Material
 guide to selection, 88018
 Stress Concentration Factor Distribution Along Bore in Plate
 plain hole loaded by pin, 93030
 Stress Analysis
 With Internal Flow
 design information on guide vanes, 83037
 Linings to Reduce Noise
 Sound Radiation From Open End
 Stress Analysis
 Stress Concentration Data
 duct/plate junctions (duct on one side or through plate), 80027
 With External Flow
 With Internal Flow
 Banks of CircularSection Cylinders or Plain Pipes
 Banks of HighFinned Tubes
 Banks of LowFinned Tubes
 Heat Exchangers
 Pairs of CircularSection Cylinders or Plain Pipes
 Single CircularSection Cylinder or Plain Pipe

 see
 Axial Force
 Base Pressure
 Bluff Bodies
 Critical Conditions in Fluid Flow
 Forced Convection Heat Transfer
 Free Convection Heat Transfer
 Normal Force
 Overturning Moment on SurfaceMounted Structures
 Pressure Distribution
 Pressure Drop Across Obstructions in Ducts
 Profile Drag
 Response of Buildings and Structures
 Response of Buildings and Structures To Atmospheric Turbulence
 Response of Buildings and Structures To Vortex Shedding
 Response of Lightweight Structures
 Sideforce
 Vortex Shedding
 Small Groups of CircularSection Cylinders or Plain Pipes
 Choking Conditions
 Compressible Flow Equations and Curves
 Example of Network Calculation, FMI1
 Forces Due to, 67035, 69008, 81004, 81009
 Fouling
 Heat Transfer
 Moments Due to, 81004
 Noise Attenuation and Generation
 Planar Flexible FluidFilled System With Elastic Supports and Lumped Masses
 generalised masses, 88022
 generalised stiffnesses, 88022
 mode shapes, 88022
 natural frequencies, 88022
 program for vibration characteristics, 88022
 simplified graphical approach to vibration characteristics, 88022
 Planar Flexible LiquidFilled System With Elastic Supports and Lumped Masses
 acceleration and velocity of junction following pump trip or valve closure
 displacement of junction following pump trip or valve closure
 liquid pressure and velocity at junction following pump trip or valve closure
 pipe forces at junction following pump trip or valve closure
 program for coupled response to transient liquid pressure changes
 Pressure Drop

 see
 Boiling Flow in Pipes
 Condensing Flow in Pipes
 Diffusers
 Pressure Drop Across Obstructions in Ducts
 Pressure Drop in Gas or VapourLiquid Internal Flow
 Pressure Drop in Internal Flow
 Pressure Drop in NonNewtonian Flow
 Sudden Contractions in Ducts
 Sudden Expansions in Ducts
 TwoPhase (Gas or VapourLiquid) Flow
 Pressure Losses at Entry to Duct From Large Space Including Effect of Edge Rounding
 compressible or incompressible singlephase flow, 05024
 Pressure Recovery
 Pressure Transient Prediction and Suppression
 Steady, Spatially NonUniform Axial Compressible
 application of models to components in series, 95011, 97029
 onedimensional model of properties for caloricallyperfect, 95011
 onedimensional model of properties for thermallyperfect, 97029
 ThreeDimensional LiquidFilled Flexible Unbranched System With Rigid Supports
 behaviour following pump trip or valve closure, 93031
 location of maximum/minimum bending and torsional moments in pipe walls, 93031
 location of maximum/minimum displacement and pipe wall stresses, 93031
 location of maximum/minimum pressure and velocity, 93031
 maximum/minimum bending and torsional moments in pipe walls, 93031
 maximum/minimum displacement and pipe wall stress, 93031
 maximum/minimum pressure and velocity, 93031
 program for coupled response to transient liquid pressure changes, 93031
 Velocity Profile

 see
 Velocity Profile