A 3D Profile Parallel Detecting System Based on Differential Confocal Microscopy
p.501
p.501
Artificial Life for Pavement Distress Survey
p.507
p.507
Detection of Vortex Frequency in Gas Flow with Ultrasound
p.515
p.515
Design, CFD Investigation and Implementation of a Novel Diverter Mechanism for Water Flow Measurement
p.521
p.521
Determination of the Jetting Force of a Jet Actuator
p.527
p.527
Performance Characterization of Pressure Sensors Using an Improved Pressure Square Wave Generator
p.533
p.533
A High Sensitivity Pressure Sensing System with Fiber Bragg Grating Using the Transverse Strain Characteristics of a Straight Bourdon Tube
p.539
p.539
A Polarized Optical Fiber Pressure Sensor with a Sampling Reference Optical Path
p.545
p.545
A New Sensing System for Dynamic Pressure Measurement under Severe Conditions
p.551
p.551
Determination of the Jetting Force of a Jet Actuator
Abstract:
This paper is resulted from a jetting force measurement experiment. The principle and the mathematical model of a jetting force measurement system are introduced. The characteristics of the measured data and the algorithm of extracting the jetting force are examined. The experimental results verify the algorithm and the theoretical results by use of system identification techniques.
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Periodical:
Key Engineering Materials (Volumes 295-296)
Pages:
527-532
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Online since:
October 2005
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© 2005 Trans Tech Publications Ltd. All Rights Reserved
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