Figure 10.1 Flow in a duct with area change.

Figure 10.1 Flow in a duct with area change.

Figure 10.2 Flowmeter using venturi tube.

Figure 10.3 Dimensional specifications of venturi tube. (Based on ASME, 1989.)

Figure 10.4 Flow nozzle.

Figure 10.5 Dimensional specifications for ASME long-radius flow nozzles. (Based on ASME, 1989.)

Figure 10.6 (a) Orifice meter system; (b) description of square-edged orifice.

Figure 10.7 Location of orifice meter pressure taps: (a) flange taps; (b) D-1/2D taps; (c) corner taps.

Figure 10.8 Laminar flowmeter.

Figure 10.9 Sketch of rotameter.

Figure 10.10 Turbine flowmeter.

Figure 10.11 Paddle-wheel flowmeter.

Figure 10.12 Thermal mass flowmeter.

Figure 10.13 Coriolis mass flowmeter: (a) schematic of single tube; (b) practical implementation.

Figure 10.14 A positive-displacement flowmeter.

Figure 10.15 Vortex shedding flowmeter.

Figure 10.16 Transit-time ultrasonic flowmeter.

Figure 10.17 Velocity profile in a duct.

Figure 10.18 Hot-wire air mass flowmeter.

Figure 10.19 Volumetric gas measurement.

Figure 10.20 Pitot-static velocity probe.

Figure 10.21 Hot-wire probe.

Figure 10.22 Constant-temperature hot-wire anemometer system.

Figure 10.23 Constant-current hot-wire anemometer circuit.

Figure 10.24 Dual-beam laser velocimeter.

Figure 10.25 Fringes in sensing volume.

Figure 10.26 Float-type level systems.

Figure 10.27 Differential pressure level-measuring system.

Figure 10.28 Capacitance level-measuring system.

Figure 10.29 Ultrasonic fluid level system.

Figure 10.30 Tank weighing method for fluid level.

Figure 10.31 Schematic diagram of a typical NDIR gas analysis system. (Based on Wark and Warner, 1981.)

Figure 10.32 Schematic of a chemiluminescent measurement device. (Based on Lodge, 1989.)

Figure 10.33 Schematic flow diagram of a chemiluminescent NOx analyzer.

Figure 10.34 Schematic of flame ionization detector. (Based on Wark and Warner, 1981.)

Figure 10.35 Typical sampling configuration for exhaust-gas measurement.

Figure 10.1 Flow in a duct with area change.

Figure 10.1 Flow in a duct with area change.

Presentation Transcript

A Stream Flow Spike In a Heavily-Developed Area

Mechanisms of Particle Dispersion in a Turbulent, Square Duct Flow

Chapter IV Compressible Duct Flow with Friction

10.1 Area of Rectangles and Parallelograms

Chapter V Frictionless Duct Flow with Heat Transfer

Figure 10.1

Figure 3. PRISMA flow chart

FLOW IN A CONSTANT-AREA DUCT WITH HEAT EXCHANGE

Figure 10.1 A flip-flop with an enable input

2. Describing the flow of air inside a duct.

Figure 1. Study area

Figure 1. Study Area

FLOW IN A CONSTANT-AREA DUCT WITH FRICTION

10.1: Estimating with Confidence

Finding the Area of a Basic Figure

Duct Area Safety Nets in Bangalore

Figure 10.1 A general tree

Transformation: A change in position or size of a figure.

Surface Area of a Space Figure

Section 10.1 – Area: Parallelograms

2. Describing the flow of air inside a duct.

duct area safety nets