Description Introduction: write about the power electric and your design of universal AC motor control K2636. – Components used: Write the name of parts that you used and give a brief information about it. – Data analysis: Explain the circuit. – Results and discussion: Write the results and Discuss it. – Conclusion
What is the Total Number of patients by type that are treated in the clinic? What is the average waiting time for each type of patient? What is the average utilization of all staff? What is the average time spent in the system by patient type? What is the average WIP by patient type? Identify […]
Assume that you work for the recruitment office of Spartan College. Outline a presentation for student recruitment for the AOS program. Include 10-14 bullet points for the recruitment team, highlighting the positive perks and your experience with the program.
Critically evaluate and implement principles of systems approach and analysis. Describe, critically evaluate, and appropriately apply manufacturing concepts to real world industrial systems and to design, plan and solve arising problems that day-to-day management of such systems encounter. Develop the required skills for modelling, simulating and critically analysing performance of deterministic and stochastic systems. Acquire […]
Find the dynamic response of tank 2 to a step input change of size A to inlet πΉπΉππ(π‘π‘). Comment on the order of the dynamic response of the process and determine the values of the natural period of oscillation of the process, of the damping factor, and of the gain of the process. (Answers:πΎπΎππ=100π π ππ2, ππ=100π π , […]
EX40HC – Tutorial 3 Building basic dynamic simulations with Simul ink Problem 1. Consider Problem 1 of Tutorial 2 again, where we have a stirred tank heater with no inlet or outlet flow (see scheme below). The aim of the process is to heat the fluid in the tank until it reaches the desired temperature […]
EX40HC -Tutorial 5Construction of control loops Problem 1.We have a stirred tank vessel where we aim to control the liquid level β(π‘)at the desired set-point using a PI controller as seen in the figure below. The influence flow rate πΉπ(π‘)is the disturbance (i.e. we cannot control its value) and the outlet flow rate πΉπ(π‘)is the […]
EX40HC – Tutorial 4 Dynamics of second order processesProblem 1.Consider a process made of two tanks in series. The outlet volumetric flow rates from each tank are proportional to the level in each tank, i.e. πΉπΉ1(π‘π‘)=πΌπΌ1β β1(π‘π‘) andπΉπΉ2(π‘π‘)=πΌπΌ2β β2(π‘π‘). The flow rates πΉπΉ1, πΉπΉ2 and πΉπΉππ are in m3/s. a) Find the general form of the dynamic […]
Four students are choosing colleges to go to. There are four colleges and each collegecan accept only one student. Studentsβ preferences are represented by the followinglists:s1s2s3s4c1c2c1c1c2c4c4c3c3c3c2c4s1s2s3s4c4c1c3c2Each college has preferences (rankings) over students which is represented by thefollowing lists:c1c2c3c4s4s2s1s1s3s1s2s4s2s3s3s3s1s4s4s2c1c2c3c4(a) Suppose the allocation of student to schools is implemented using serial dicta-torship mechanism with the following ranking […]
Starting from the mathematical model of the system, determine all transfer functions that describe this process in deviation state in the open loop. Determine initially any first order dependencies between variables and calculate their respective gains and time constants. Furthermore, combine these first order transfer functions so that the transfer functions describing the effect of […]
