Update

Author: markosnilsson

nilsson/presentation/test1-presentation.mdk

@@ -9,8 +9,10 @@ Beamer Theme  : singapore
 [TITLE]
 
 # Introduction
-* MSc thesis
-* Previous numerical work on this test
+* The work is part of an MSc thesis, Lund University
+* Evaluating a calculation tool for modelling external fire spread
+* Large-scale fire test with data available
+* Previous numerical work conducted
 * Investigate differences in the program versions
 
 ~ Begin Vertical
@@ -36,15 +38,23 @@ Modified SP Fire 105 test rig
 
 ~ End Vertical
 ~ Begin Vertical
-# Incident radiation
+# Processing the output data
 # $\dot{q}^{\prime\prime}_{IRHF}$ from the test
 
+~ Begin Framed { padding:1ex; margin-top:1ex }
 ~ Equation  {#Equation4; caption:"Equation4" }
   \dot{q}^{\prime\prime}_{INC} = \sigma T_{S}^{4} - \dfrac{h_{c}(T_{g}-T_{s})}{\epsilon} + \dfrac{dc\rho}{\epsilon} \cdot \dfrac{dT}{dt}
 ~
 ~ Equation  {#Equation4; caption:"Equation4" }
   h_{c} = 2.4 T_{f}^{0.085} \cdot u_{\infty}^{1/2} \cdot x^{-1/2}
 ~
+~ Equation  {#Equation7; caption:"Equation7" }
+  \dot{q}^{\prime\prime}_{INC} = \dot{q}^{\prime\prime}_{IRHF}
+~
+~ End Framed
+
+$\vspace{\baselineskip}$
+
 ~ Center
 $\epsilon_{PT} \dot{q}^{\prime\prime}_{inc} - \epsilon_{PT} \sigma T_{PT}^{4} + h_{PT} (T_{g} - T_{PT}) + K(T_{g} - T_{PT})$
 ~ 
@@ -53,6 +63,7 @@ $= C \dfrac{dT_{PT}}{dT}$
 ~
 # $\dot{q}^{\prime\prime}_{IRHF}$ in FDS
 
+~ Begin Framed { padding:1ex; margin-top:1ex }
 ~ Equation  {#Equation4; caption:"Equation4" }
   \dot{q}^{\prime\prime}_{INC} = \dfrac{\dot{q}^{\prime\prime}_{rad}}{\epsilon} + \sigma T_{w}^{4} + \dot{q}^{\prime\prime}_{conv}
 ~
@@ -65,6 +76,7 @@ $= C \dfrac{dT_{PT}}{dT}$
 ~ Equation  {#Equation7; caption:"Equation7" }
   \dot{q}^{\prime\prime}_{IRHF} = \dot{q}^{\prime\prime}_{INC} - \dot{q}^{\prime\prime}_{conv} = \dfrac{\dot{q}^{\prime\prime}_{rad, in}}{\epsilon} 
 ~
+~ End Framed
 
 ~ End Vertical