Abstract
This study aims to determine the ignition delay and the burning rate of dammar resin. The test is carried out by observing the process starting with the fall of the dammar resin above the furnace then starting to form until the combustion process ends. Observations were made using a Canon G15 digital camera that has the ability to record movies at speeds of 240 f/s. The analysis was carried out by first changing the recording results into an image using the program free video to jpg converter v.5.0.43 build 605. The results were obtained in the form of the mass relation of dammar resin material (g) to the ignition delay (s) in the equation . The mass relationship of dammar resin material (g) with the duration of combustion time (s) in the equation Ythe t = 87,64.Xw + 1,373. The mass relation of dammar resin material (g) to the burning rate (g/s) in the equations . The relationship of the initial diameter of dammar resin (mm) on the flame distribution rate (mm2/s) in the equation .
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