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Introduction General concepts of measurement systems |
1. (9/14) (9/12)¬P´Á¤@©ñ°²
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Introduction
General concepts |
Introduction to commonly used laboratory instruments (DVM, oscilloscope, function generator, current and voltage supplies) |
2. (9/21) |
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Basic Op Amp principles and circuits a. inverter, follower and buffer b. addition and subtraction c. integration and differentiation |
3. (9/28) |
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Basic Op Amp principles and circuits d. passive and active filter e. Instrumentation amplifier f. voltage regulator Electrical noise and noise reduction techniques |
4. (10/5) |
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2011Theory and Practice of Strain gages |
Bridge circuit and introduction to strain gages |
5. (10/12) (10/10)¬P´Á¤@©ñ°² |
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Strain gages applicationsn |
Strain gage transducers |
6. (10/19 |
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strain gage calibration100 |
Strain gage transducers |
7. (10/26) |
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Load cell lab100 |
Dynamic measurement Piezoelectric transducers |
8. (11/2) |
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Piezoelectric transducer 100
Dynamic Characteristics |
Midterm exam |
9.(11/9) |
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Velocity and acceleration measurement |
10. (11/16) (11/15)¬P´Á¤G®Õ¼y°±½Ò |
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Introduction to measurements in fluid mechanics |
11. (11/23) |
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Temperature & Pressure measurements |
12. (11/30) |
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Fluid property measurement (I): density and viscosity |
13. (12/7) |
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Fluid property measurement (II): surface tension, relevant experiments in micro/nano fluidics |
14. (12/14) |
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Mechanical properties testing and microstructure observation |
15. (12/21) |
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Mechanical properties testing and microstructure observation |
16. (12/28) (1/1)¬P´Á¤©ñ°² |
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17. (1/4) |
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Final exam |
18. (1/11) |
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