A new air turbine is required for a dentist's drill. For the drill bit to be effectively abrade tooth enamel the turbine be rotate at high speed of 400000rpm. The turbine design must be small and flexible according to precision engineering so that all parts of the patient's mouth can be access and the exit air flow rate from the system is 14 L/min is needed for proper operation. The operating pressure and temperature to drive the turbine is 5 bar and 400 K. Calculate: 2.1 The specific speed of the turbine and use the specific speed from the turbine and determine the type of turbo machinery required by the system. 2.2 Determine the power used by the turbine during operation and account how this power is used during operation.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A new air turbine is required for a dentist's drill. For the drill bit to be effectively abrade tooth
enamel the turbine be rotate at high speed of 400000rpm. The turbine design must be small
and flexible according to precision engineering so that all parts of the patient's mouth can be
access and the exit air flow rate from the system is 14 L/min is needed for proper operation.
The operating pressure and temperature to drive the turbine is 5 bar and 400 K. Calculate:
2.1 The specific speed of the turbine and use the specific speed from the turbine and
determine the type of turbo machinery required by the system.
2.2
Determine the power used by the turbine during operation and account how this power
is used during operation.
Transcribed Image Text:A new air turbine is required for a dentist's drill. For the drill bit to be effectively abrade tooth enamel the turbine be rotate at high speed of 400000rpm. The turbine design must be small and flexible according to precision engineering so that all parts of the patient's mouth can be access and the exit air flow rate from the system is 14 L/min is needed for proper operation. The operating pressure and temperature to drive the turbine is 5 bar and 400 K. Calculate: 2.1 The specific speed of the turbine and use the specific speed from the turbine and determine the type of turbo machinery required by the system. 2.2 Determine the power used by the turbine during operation and account how this power is used during operation.
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