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The maximum temperature is the adiabatic flame (combustion) temperature. All else being equal, the combustion temperature will approach this to the extent that using higher pressure air puts the reaction process closer to being truly adiabatic. The adiabatic flame temperature is determined by assuming stoichiometric feed to full reaction with all combustion ...


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Normally fans are not custom built by a company that does not build fans. The concept of a centrifugal fan is not particularly complicated, but it is difficult to achieve target flow rate, pressure, and efficiency if your company does not do it on a daily basis. If you are not able to purchase a fan, another option is to copy someone else's simple straight ...


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Lets start by making a few assumptions about the combustion environment. The combustion is occurring at constant pressure. The relevant energy-temperature term for changes in temperature at constant pressure is enthalpy. The solid fuel isn't affected by the different pressures. The oxidizer is an ideal gas starting out at some pressure P. Its enthalpy is ...


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Well, this not an easy one, but I believe an estimated max. theoretical pressure inside the cylinder can be calculated, provided the following ideal conditions (and lots of assumptions): Assuming a complete reaction with no dissociation (no unburned porpane and no $C, H_2, CO, OH$, or free $O_2$.) Cylinder is adiabatic. Cylinder is rigid, no changes in ...


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