You are designing an oxygen ventilator for COVID-19 patients all over the world. Your task is to design and develop software that will use the provided equations (on page 6) to calculate the flow rate of oxygen delivered to a patient. It is known, from the Hagen-Poiseuille equation (Equation 2) that the flow rate of a fluid depends on its pressure and viscosity as well the length and radius of the tube (‘hose’). Your problem is complicated by the fact that you are going to be pumping oxygen to patients around the world, in all climates – and the viscosity of oxygen also varies with temperature (Equation 3).
You have been able to source pumps that can achieve a pressure of 12 MPa, but you must choose the length and diameter of the hose used to deliver oxygen to the patient in different countries where the range of expected temperatures will be different.
Most people normally breathe air at the rate of about 5 to 8 L/min – so your ventilator must provide an oxygen flow rate within the same range – and it is the job of your program to work out if your ventilator will do that.
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Hello Dear, I have read your proposal about making software related to Oxy Vent for COVID patients. I have few queries before we start. Please inbox for discussion. Regards.
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