Method for calculating high-pressure air resource consumption of wind tunnel group
The invention is applicable to the technical field of wind tunnel tests, and provides a wind tunnel group high-pressure air resource consumption calculation method. The method comprises the followingsteps: constructing a topological structure model; establishing a monitoring system; acquiring the st...
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| creator | LUO CHANGJUN SI DONGDONG WANG XIAOFEI MING LIHONG ZHENG JUAN MA YONGYI YUAN ZONGZE |
| description | The invention is applicable to the technical field of wind tunnel tests, and provides a wind tunnel group high-pressure air resource consumption calculation method. The method comprises the followingsteps: constructing a topological structure model; establishing a monitoring system; acquiring the state of a test wind tunnel in the wind tunnel group, and acquiring the state of a high-pressure airsystem; obtaining a tank group pressure difference consumed by the test wind tunnel; updating the topological structure model; traversing the updated topological structure model to obtain the guaranteed volume of the wind tunnel being tested; and calculating high-pressure air resource consumption of the wind tunnel under test through a differential pressure method. The high-pressure air system comprises a high-pressure unit, a high-pressure tank group, an air conveying main pipe, air conveying branch pipes and valves. According to the method, the actual physical topological structure relationship between the high-press |
| format | Patent |
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The method comprises the followingsteps: constructing a topological structure model; establishing a monitoring system; acquiring the state of a test wind tunnel in the wind tunnel group, and acquiring the state of a high-pressure airsystem; obtaining a tank group pressure difference consumed by the test wind tunnel; updating the topological structure model; traversing the updated topological structure model to obtain the guaranteed volume of the wind tunnel being tested; and calculating high-pressure air resource consumption of the wind tunnel under test through a differential pressure method. The high-pressure air system comprises a high-pressure unit, a high-pressure tank group, an air conveying main pipe, air conveying branch pipes and valves. 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The method comprises the followingsteps: constructing a topological structure model; establishing a monitoring system; acquiring the state of a test wind tunnel in the wind tunnel group, and acquiring the state of a high-pressure airsystem; obtaining a tank group pressure difference consumed by the test wind tunnel; updating the topological structure model; traversing the updated topological structure model to obtain the guaranteed volume of the wind tunnel being tested; and calculating high-pressure air resource consumption of the wind tunnel under test through a differential pressure method. The high-pressure air system comprises a high-pressure unit, a high-pressure tank group, an air conveying main pipe, air conveying branch pipes and valves. According to the method, the actual physical topological structure relationship between the high-press</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | CALCULATING COMPUTING COUNTING ELECTRIC DIGITAL DATA PROCESSING PHYSICS |
| title | Method for calculating high-pressure air resource consumption of wind tunnel group |
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