Document information
- University
- Politecnico di Milano
- Degree programme
- Energy Engineering
- Subject
- Control Systems
- Classification
- Exam · Full exam
- Content
- Exam paper only
- Original format
- Text
- Searchable text
Full exam for Control Systems in the Energy Engineering degree programme at Politecnico di Milano. The document covers: Control Systems (Prof. Casella) Written Exam – July 10th, 2023 Surname:.............................................. Name: ................................................... Reg. Number:............................... Signature:...................................... Notices:
Full exam for Control Systems in the Energy Engineering degree programme at Politecnico di Milano. The document covers: Control Systems (Prof. Casella) Written Exam – July 10th, 2023 Surname:.............................................. Name: ................................................... Reg. Number:............................... Signature:...................................... Notices:
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Control Systems (Prof. Casella) Written Exam – July 10th, 2023 Surname:.............................................. Name: ................................................... Reg. Number:............................... Signature:...................................... Notices: This booklet is comprised of 7 sheets – Check that it is complete and fill in the cover. Write your answers in the blank spaces with short arguments, including only the main steps in the derivation of the results. You are not allowed to leave the classroom unless you hand in the exam paper or withdraw from the exam. You are not allowed to consult books or lecture notes of any kind. Please hand in only this booklet at the end of the exam – no loose sheets. The clarity and order of your answers will influence how your exam is graded. Question 1 Consider a generic linear time-invariant SISO dynamical system, described by its transfer function.. State under which conditions the unit step response asymptotically approaches a constant value. Then, state under which additional conditions that value is actually zero. Question 2 Explain why controlling systems that have an open-loop step response showing an undershoot is in general difficult. Question 3 The equations shown on the right describe the temperature dynamics in an insulated pipe modelled by three finite volumes, assuming perfect insulation, negligible wall heat capacity, and a liquid fluid with constant density. w is the fluid mass flow rate, hj are the specific enthalpy values at each volume boundary, c is the constant specific heat capacity of the fluid, and M is the constant total mass of fluid in the pipe. 3.1 Write down the system equations in standard state-space form, considering T0 and w as inputs and T3 as output. 3.2…
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