After successful completion of the course, students are able to perform measurement tasks within mechanical engineering applications using modern measurement systems (sensors, actuators, amplifiers and data acquisition systems), this means that students have to:

• evaluate and interpret sensor data
• to work with characteristic curve fields or to create them yourself
• determine the most suitable sensor for a measurement
• work with trust factors
• prepare measuring points
• apply strain gauge strips
• use a Wheatstone bridge circuit for measurements
• perform temperature compensation for a measurement
• calibrate measuring devices
• use a sweep generator

Measurement: Application of sensors, actuators, measurement amplifiers, and measurement equipmet. There are two arbitrary tasks to be accomplished to solve typical problems in mechanical engineering:

• application of strain gauges and measuring of vibration/acoustic tasks or
• measuring of driving torques and accelerations of an engine unit and process measuring techniques.

By means of modern measuring equipment and methods as storage oscilloscope, signal analyzer, PC-measuring technique, etc., various signals are measured, analyzed and printed out by the students on their own. Measurement values are determined from measurement data considering various influences such as undeterminate systematic errors, statistical errors, etc.

The student will be interactively assisted, when performing the idividual tasks.

Knowledge of the content of course LVA-Nr. 303.009 is required.

An entrance test is required for the Lab unit along with one written Lab reports.

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Lecture notes for this course are available.