Primary Surgical Technique Part 1 of 2

... block, 4 mm is added to the resection level. For example, if 9 mm is the desired resection level, add 4 mm to this and set the block at 13 mm and cut from the surface of the block. Note the top of the block is engraved “4 mm offset”. The outrigger and cutting block is lowered onto the anterior corte ...

... block, 4 mm is added to the resection level. For example, if 9 mm is the desired resection level, add 4 mm to this and set the block at 13 mm and cut from the surface of the block. Note the top of the block is engraved “4 mm offset”. The outrigger and cutting block is lowered onto the anterior corte ...

... block, 4 mm is added to the resection level. For example, if 9 mm is the desired resection level, add 4 mm to this and set the block at 13 mm and cut from the surface of the block. Note the top of the block is engraved “4 mm offset”. The outrigger and cutting block is lowered onto the anterior corte ...

Simulation of boundary slip on a liquid

... The assumption of a non-slip boundary has been proved to be correct for macroscale flow. However, studies show that the fluid near the boundary can slip in the case of micro-scale flow 1, 2 and a clear boundary slip phenomenon can be observed at a smaller scale 3 . Compared with the inertial force a ...

... The assumption of a non-slip boundary has been proved to be correct for macroscale flow. However, studies show that the fluid near the boundary can slip in the case of micro-scale flow 1, 2 and a clear boundary slip phenomenon can be observed at a smaller scale 3 . Compared with the inertial force a ...

C2 - Introduction to ESP

... The ESP downhole assembly is located in the well at the bottom of the tubing. The motor, seal, intake and pump assembly, along with the power cable, goes in the well as the tubing is run. Below the pump is an intake that allows fluid to enter the pump. Below the intake is a gas separator and a prote ...

... The ESP downhole assembly is located in the well at the bottom of the tubing. The motor, seal, intake and pump assembly, along with the power cable, goes in the well as the tubing is run. Below the pump is an intake that allows fluid to enter the pump. Below the intake is a gas separator and a prote ...

ppt

... • Vorticity is a measure of the local rotation in a fluid • Planetary vorticity due to the rotoation of the earth • Relative vorticity due to the rotation of air relative to the surface, curvature vorticity and shear vorticity • Absolute vorticity = planetary vorticity + relative vorticity is conser ...

... • Vorticity is a measure of the local rotation in a fluid • Planetary vorticity due to the rotoation of the earth • Relative vorticity due to the rotation of air relative to the surface, curvature vorticity and shear vorticity • Absolute vorticity = planetary vorticity + relative vorticity is conser ...

drag en.wikipedia.pdf

... is the speed of the object relative to the fluid, is the reference area, is the drag coefficient (a dimensionless parameter, e.g. 0.25 to 0.45 for a car), and is the unit vector indicating the direction of the velocity (the negative sign indicating the drag is opposite to that of velocity). The refe ...

... is the speed of the object relative to the fluid, is the reference area, is the drag coefficient (a dimensionless parameter, e.g. 0.25 to 0.45 for a car), and is the unit vector indicating the direction of the velocity (the negative sign indicating the drag is opposite to that of velocity). The refe ...

The Pitch Diameter of Pipe Taper Thread Measurement and

... using for measuring and calibrating the diameter of a taper thread. For example, the coordinate measuring machine (CMM) used the needle probe to measure the diameter of a paper thread. The micrometer and the Universal Length Measuring (ULM) machine used a three-wire probe to measure the paper thread ...

... using for measuring and calibrating the diameter of a taper thread. For example, the coordinate measuring machine (CMM) used the needle probe to measure the diameter of a paper thread. The micrometer and the Universal Length Measuring (ULM) machine used a three-wire probe to measure the paper thread ...

ski binding tech presentation

... The most versatile, high-performance, all-mountain ski we’ve ever made, the Sultan 85 combines a wide, stable platform with deep sidecut and wood/titanal sandwich construction to deliver an unbelievable ski experience in all conditions. ...

... The most versatile, high-performance, all-mountain ski we’ve ever made, the Sultan 85 combines a wide, stable platform with deep sidecut and wood/titanal sandwich construction to deliver an unbelievable ski experience in all conditions. ...

Design and verification testing of new balance piston for High Boost

... required differential pressure and for the expected level of gas fraction in the fluid. At the same time the pump shall be able to run at high speed at a low differential pressure without risk of high temperatures or rotordynamic instabilities due to low flowrate through the balance piston. In a cla ...

... required differential pressure and for the expected level of gas fraction in the fluid. At the same time the pump shall be able to run at high speed at a low differential pressure without risk of high temperatures or rotordynamic instabilities due to low flowrate through the balance piston. In a cla ...

Dumitrache_Carabineanu 125

... The oscillation of an airfoil-like appendage —"flapping" — is a common form of propulsion for many flying animals or many swimming species. The generation of thrust by an oscillating airfoil has a notable effect on the qualitative structure of the wake. Thrust production by an oscillating airfoil wa ...

... The oscillation of an airfoil-like appendage —"flapping" — is a common form of propulsion for many flying animals or many swimming species. The generation of thrust by an oscillating airfoil has a notable effect on the qualitative structure of the wake. Thrust production by an oscillating airfoil wa ...

Mechanical model of the turbulence generation in the

... Whenever these results contradicted any sporadic bits of experimental data, the discrepancy was explained either by suboptimal choice of computation grids or by constraints of the particular turbulence “theory” in use. The latter circumstance has led to the emergency of poorly substantiated or compl ...

... Whenever these results contradicted any sporadic bits of experimental data, the discrepancy was explained either by suboptimal choice of computation grids or by constraints of the particular turbulence “theory” in use. The latter circumstance has led to the emergency of poorly substantiated or compl ...

ent 153_bernoulli equation

... Two dimensional Flow: When the dependent variables in a fluid flow vary with only two space coordinates, the flow is said to be two dimensional. The flow does not vary along the third coordinate direction Example: The flow around a circular cylinder of infinite length (as shown in Fig. 2c) is two ...

... Two dimensional Flow: When the dependent variables in a fluid flow vary with only two space coordinates, the flow is said to be two dimensional. The flow does not vary along the third coordinate direction Example: The flow around a circular cylinder of infinite length (as shown in Fig. 2c) is two ...

- Free Documents

... Abstract Todays requirement regarding Pump is to satisfy specified duty point means required head and discharge, with less power consumption. For the pump used for water service applications, periodic maintenance is required to check the wear out parts like wear ring, shaft sleeves. In such case hor ...

... Abstract Todays requirement regarding Pump is to satisfy specified duty point means required head and discharge, with less power consumption. For the pump used for water service applications, periodic maintenance is required to check the wear out parts like wear ring, shaft sleeves. In such case hor ...

ent 257/4 fluid mechanics

... Two dimensional Flow: When the dependent variables in a fluid flow vary with only two space coordinates, the flow is said to be two dimensional. The flow does not vary along the third coordinate direction Example: The flow around a circular cylinder of infinite length (as shown in Fig. 2c) is two ...

... Two dimensional Flow: When the dependent variables in a fluid flow vary with only two space coordinates, the flow is said to be two dimensional. The flow does not vary along the third coordinate direction Example: The flow around a circular cylinder of infinite length (as shown in Fig. 2c) is two ...

molecules

... (MD) simulation, based on the statistical mechanics of nonequilibrium liquids [1], is an effective way to describe the details of a flow at the nano scale. At the same time, MD simulations also calculate physical properties of nanofluids by solving the equations of molecular motion. The role of repl ...

... (MD) simulation, based on the statistical mechanics of nonequilibrium liquids [1], is an effective way to describe the details of a flow at the nano scale. At the same time, MD simulations also calculate physical properties of nanofluids by solving the equations of molecular motion. The role of repl ...

Document

... • Want higher-resolution surface for rendering • Add a bunch of particles • Passively Advect them based on fluid velocity ...

... • Want higher-resolution surface for rendering • Add a bunch of particles • Passively Advect them based on fluid velocity ...

Fluids and Fluid Mechanics Fluids in motion – Dynamics Equation of

... Comment: If the lift force is larger than the weight of the airplane then the airplane accelerates upward at some rate, call it a plane , and the airplane rises. If the weight of the airplane is greater than the lift (say by the airplane slowing down its forward velocity) then the plane falls at −a ...

... Comment: If the lift force is larger than the weight of the airplane then the airplane accelerates upward at some rate, call it a plane , and the airplane rises. If the weight of the airplane is greater than the lift (say by the airplane slowing down its forward velocity) then the plane falls at −a ...

Demonstration 1: Fluid Properties, Viscosity

... A large value of is characteristic of a fluid with large resistance to shearing motions relative to the low resistance of a fluid with a small value The simplest mathematical description of fluid motion around immersed bodies, for which some of the forces between the fluid and the immersed body ...

... A large value of is characteristic of a fluid with large resistance to shearing motions relative to the low resistance of a fluid with a small value The simplest mathematical description of fluid motion around immersed bodies, for which some of the forces between the fluid and the immersed body ...

Validating a Novel Theoretical Expression for Burn time and

... to be ignited is contained within the combustion chamber or motor case. The motor case is effectively a pressure vessel that is designed to contain the high gas pressures required for propellant combustion which for black-powder propellant is in the range of 0.69 MPa to 6.9 MPa [1]. The solid propel ...

... to be ignited is contained within the combustion chamber or motor case. The motor case is effectively a pressure vessel that is designed to contain the high gas pressures required for propellant combustion which for black-powder propellant is in the range of 0.69 MPa to 6.9 MPa [1]. The solid propel ...

Velocity Profiles for Circular Sections and Flow in

... (b) In the shell: The net flow area is the difference between the area inside the square shell and the outside of the tube. Then, ...

... (b) In the shell: The net flow area is the difference between the area inside the square shell and the outside of the tube. Then, ...

Speeds frequently used in General Aviation

... maximum flap extended speed (a different maximum speed may be specified for partial flap extension). VLE maximum landing gear extended speed. The maximum speed at which the aircraft may be flown with the landing gear extended. VLE is typically higher than VLO VLO maximum landing gear operating speed ...

... maximum flap extended speed (a different maximum speed may be specified for partial flap extension). VLE maximum landing gear extended speed. The maximum speed at which the aircraft may be flown with the landing gear extended. VLE is typically higher than VLO VLO maximum landing gear operating speed ...