List of Figures

Chapter 2: Fundamental Measurement Techniques

Figure 2.1: Basic thermocouple circuit.
Figure 2.2: Basic thermocouple circuit with cold junction.
Figure 2.3: Types of sheathed thermocouples.
Figure 2.4: Upper layer thermocouple heat balance.
Figure 2.5: Convection coefficient as a function of gas velocity and junction temperature.
Figure 2.6: Convection coefficient as a function of gas velocity and junction diameter.
Figure 2.7: Aspirated thermocouple assembly.
Figure 2.8: Measuring surface temperature with a thermocouple.
Figure 2.9: Slug calorimeter.
Figure 2.10: Gardon gauge.
Figure 2.11: Schmidt-Boelter gauge.
Figure 2.12: Hemispherical radiometer.
Figure 2.13: Heat flux gauge surface heat balance.
Figure 2.14: Capacitive pressure sensor.
Figure 2.15: Pitot tube.
Figure 2.16: Bi-directional probe.
Figure 2.17: Location of measuring points for the log-linear method.
Figure 2.18: Sharp-edge orifice flowmeter.
Figure 2.19: White light source smoke measuring system.
Figure 2.20: Laser light source smoke measuring system.
Figure 2.21: Paramagnetic oxygen analyzer cell (first design).
Figure 2.22: Paramagnetic oxygen analyzer cell (second design).
Figure 2.23: Infrared absorption spectrum for carbon dioxide.
Figure 2.24: Infrared absorption spectrum for carbon monoxide.
Figure 2.25: Gas filter correlation non-dispersive infrared gas analyzer.
Figure 2.26: Fourier transform infrared spectrometer.

Figure 3.1: Examples of end uses as studs, beams and free-standing elements for structural timber.
Figure 3.2: Examples of end uses as beams and columns for glulam.
Figure 3.3: Structural timber and glulam.
Figure 3.4: Examples of profile joint types used for wood panelling and cladding.
Figure 3.5: Examples of end uses for solid wood panelling.
Figure 3.6: Examples...

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