Graph 3.1 shows the rate of heat transfer due to ventilation, through the window, door and wall over a period of 7 days. The total rate of heat transfer for all components are also plotted in the graph.
The rate of heat loss fluctuated with respect to time for all components and recorded maximum and minimum rates at similar times.
The rate of heat transfer through the door is not only the highest in values but also in variation in temperatures. A more detailed representation of the data above is presented in the next graph.
From the pie chart about 80% of the heat is being transferred through the door. This shows the door of the room selected was inefficient in preventing heat losses as the ratio of the door to wall is smaller. Also, the
The rate of heat loss fluctuated with respect to time for all components and recorded maximum and minimum rates at similar times.
The rate of heat transfer through the door is not only the highest in values but also in variation in temperatures. A more detailed representation of the data above is presented in the next graph.
From the pie chart about 80% of the heat is being transferred through the door. This shows the door of the room selected was inefficient in preventing heat losses as the ratio of the door to wall is smaller. Also, the