"Successful Measurement of Dynamic Force, Pressure, and Acceleration"

About the Seminar

• Understand the physics and operating characteristics of dynamic force, pressure, and acceleration transducers and constraints associated with their use;
• Interface transducers effectively with intended test environments;
• Condition transducer signals to maintain their fidelity through selection of appropriate cabling, amplifiers, analog filters, sampling rates, DAQs, etc.;
• Document extraneous measurands (strain, temperature, ionization products of a detonation, magnetic fields, etc.) that superpose as noise on the desired transducer response;
• Apply corrective action for elimination of these noise levels;
• Validate that final, recorded signals contain only the desired (force, pressure, or acceleration) data;
• Perform “back of the envelope” checks to assure the bandwidth of the recording system did not impose constraints on recorded data;
• Perform sensor and system calibration, data analysis, and data utilization.

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