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TABLE OF CONTENTS |
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| 1. | Course Contents and Description → | on ESSE3 |
| 2. |
Current lecture slides
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for registered UniSA students →
on MS TEAMS® and MS SharePoint
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| 3. |
Lecture Slides (OLD)
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http://www.adic.unisa.it/dida/bacheca/strum_contr/index_en |
| 4. |
Reference Tables to be used at the written test
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http://www.adic.unisa.it/dida/bacheca/strum_contr/index_en |
| 5. | Additional Study Materials in English ↓ | |
| 6. | Past Examination Texts → | Written test - Part 1 ↓ |
| 7. | Software-based Project Works ↓ | |
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mainly devoted to Process Instrumentation |
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University of Michigan Chemical Engineering Process Dynamics and Controls Open Textbook |
→ | ControlsWiki |
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McMaster University, California The Process Control Education Web Site |
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US Department of Energy Fundamentals Handbook |
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mainly devoted to Process Dynamics and Control |
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US Department of Energy Fundamentals Handbook |
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ControlGuru Control Station Inc. |
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Feedback Systems: An Introduction for Scientists and Engineers |
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California Institute of Technology Richard M. Murray's page |
| → | University of Edinburgh, UK | |
| → | University of Strathclyde, Glasgow | |
| → | Wikibooks | |
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| → | Control Station Inc. | |
| → | Control Station Inc. | |
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The Thermocouple |
→ | http://www.omega.com/temperature/ |
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download |
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Manual valves: Types and animated figures |
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Control valve sizing: guidelines and rules (slides) |
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Control valve cavitation: calculate, check and plot cavitation conditions (see → pag. 628-631 of the Emerson® document) |
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Workstation Festo Education |
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download |
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Written Test No.1 of 07-Feb-2008 |
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Written Test No.1 of 07-July-2011 |
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Written Test No.1 of 22-July-2011 |
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Written Test No.1 of 12-June-2012 |
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Written Test No.1 of 11-June-2013 |
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Written Test No.1 of 08-Nov-2019 |
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Written Test No.1 of 25-June-2020 |
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Written Test No.1 of 31-July-2020 |
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Written Test No.1 of 18-Sept-2020 |
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Written Test No.1 of 2020-11-06 |
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Written Test No.1 of 2020-11-27 |
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Written Test No.1 of 2021-01-11 |
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Written Test No.1 of 2021-02-18 |
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Written Test No.1 of 2021-03-10 |
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Written Test No.1 of 2021-04-09 |
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Written Test No.1 of 2021-06-29 |
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Written Test No.1 of 2021-11-25 |
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Written Test No.1 of 2022-01-10 |
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Written Test No.1 of 2022-02-17 |
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Written Test No.1 of 2022-04-12 |
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Written Test No.1 of 2022-09-16 |
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Written Test No.1 of 2023-03-24 |
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Written Test No.1 of 2023-06-30 |
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New Written Test No.1 of 2024-07-25 |
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🧪🌡Sensors |
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download file | Solutions ☺ |
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Temperature calculation from a J-type TC measurement Written Test 2012-06-12 |
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Temperature calculation from a PT100 RTD measurement |
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Pressure (hydrostatic) calculation from a liquid level measurement Written Test 2021-04-09 |
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HYDROSTATIC PRESSURE MEASUREMENT for either PRESSURE or LEVEL sensors |
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Contraction-based flow meters: Volumetric flow rate calculation from input data |
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download file | Solutions ☺ |
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Interactive web page |
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download |
Partial |
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Written Test No.2 of 08-Feb-2008 |
Section 6 - math modeling: |
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Written Test No.2 of 08-May-2008 |
Section 6 - math modeling: |
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Written Test No.2 of 13-June-2012 |
Section 6 - math modeling: |
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Written Test No.2 of 11-June-2013 |
Section 6 - math modeling: |
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Written Test No.1 of 08-Nov-2019 |
Section 6 - math modeling: |
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Written Test No.2 of 25-June-2020 |
Section 6 - math modeling: |
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New |
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Written Test No.2 of 31-July-2020 |
Section 6 - math modeling: |
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New |
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Written Test No.2 of 18-Sept-2020 |
Section 6 - math modeling: |
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Written Test No.2 of 2021-06-29 |
Section 6 - math modeling: |
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Written Test No.2 of 2021-11-25 |
Section 6 - math modeling: |
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Written Test No.2 of 2022-01-10 |
Section 6 - math modeling: |
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Written Test No.2 of 2022-02-17 |
Section 6 - math modeling: |
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Written Test No.2 of 2022-04-12 |
Section 6 - math modeling: |
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Written Test No.2 of 2022-09-16 |
Section 6 - math modeling: mass balance on a CSTR with a "non-linear" kinetics |
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Written Test No.2 of 2022-11-03 |
Section 6 - math modeling: mass balance on 2 tanks |
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Written Test No.2 of 2023-01-09 |
Section 6 - math modeling: mass balance and enthalpy balance on a simple CSTR |
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Written Test No.2 of 2023-02-16 |
Section 6 - math modeling: enthalpy balance on a mixer |
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Written Test No.2 of 2023-03-24 |
Section 6 - math modeling: mass balance on a tank mixer with constant volume |
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Written Test No.2 of 2023-06-30 |
Section 6 - math modeling: mass balance on a CSTR with constant volume in a neutralization process with ionic species |
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Written Test No.2 of 2023-10-17 |
Section 6 - math modeling: enthalpy balance on a constant-volume🖥 mixer, without the occurrence of dead time and then with its occurrence |
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New Written Test No.2 of 2024-07-25 |
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L Worked
examples or solved exercises of Section 3 |
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download file | Solutions ☺ |
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New Written Test No.2 of 2022-09-16 |
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New Written Test No.2 of 2023-02-16 |
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🔄 Worked examples
or solved exercises of Section 4 |
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download file | Solutions ☺ |
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Written Test No.2 of 2008-02-08 |
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Written Test No.2 of 2012-04-20 |
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Written Test No.2 of 2021-11-25 |
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Written Test No.2 of 2023-02-16 |
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∑ Worked examples
or solved problems of Section 6 |
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download file | Solutions ☺ |
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Written Test No.2 of 11.04.2001 |
mass balance with a overflow-pipe |
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Written Test No.2 of 10.06.2015 |
mass balance with a overflow-pipe |
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Written Test No.2 of 17.11.2000 compito B |
enthalpy balance on a heated and stirred mixer with two liquid inputs |
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Written Test No.2 of 31.01.2003 |
enthalpy balance on a heated, non-insulated and agitated mixer of water and ice |
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Written Test No.2 of 02.03.2005 |
non-linear model |
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Written Test No.2 of 27.07.2005 |
dynamic mass balance on a conical CSTR |
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Written Test No.2 of 2023-02-16 |
enthalpy balance on a well-stirred mixer with two liquid inputs |
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Software 🖥 |
web site 👩💻 |
Project Work subject |
PDF file (in English) |
| PiControlSolutions | https://www.picontrolsolutions.com/ |
Case study of a Jacketed Reactor: FOPDT and closed loop control of the reactor Temperature |
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Case study of a Shell&Tube Heat Exchanger: Open loop simulation, closed loop Flow Control and practice on PID Tuning |
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| Loop Pro® | Control Station® |
Case study of Distillation column: analysis of “open loop” responses to disturbances and manipulated variables |
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| Festo Didactic | https://www.festo-didactic.com/int-en/ |
Continuous system recirculating water between two tanks placed at different heights, with level monitoring and control for the tank located at a higher elevation. |
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Control valve sizing for liquids