Conical helical gas turbine with polygonal generator for combined cooling, heating, power, pressure, work and water
A gas turbine and pressurized gas technology, applied in combined engines, solar thermal power generation, pump combinations for elastic fluid rotary piston type/oscillating piston type, etc., can solve adiabatic airflow temperature and pressure drop, pressure gain, etc. question
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[0048] conical exponential spiral
[0049] Traditional ways of compressing or expanding gases use mainly two devices: pistons or fan blades. The gas is enclosed in a cylinder with a movable piston to compress or expand the gas. The gas can also be struck by high speed rotating blades to impart kinetic energy to the gas or to collect kinetic energy from the gas.
[0050] We 3D printed the turbine to figure out the proper geometry for the helical airflow channel. We changed the spiral size and shape. We tried an Archimedes spiral with radius r=aθ+b, which increases linearly with steering angle θ. Testing with pressurized gas showed that the Archimedes spiral was not a good fit.
[0051] We also experimented with exponential spirals, also known as Bernoulli spirals named after their inventors. Spiral radius r = ae bθ increases exponentially with angle θ. We 3D printed a long, narrow exponential spiral with multiple turns. It spins well, but produces very little torque. ...
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