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Compute the [A], [B], [D], and [H] matrices for the following laminates. All laminae are 1.0 mm thick. Comment on the coupling of the constitutive equations for each case.
(a) one lamina of aluminum (E = 71 GP a, ν = 0.3)
(b) one lamina [0]; carbon-epoxy (AS4-3501-6).
(c) [30]; carbon-epoxy
(d) [0/90]T ; carbon-epoxy
(e) [0/90]S; carbon-epoxy
(f ) [±30]S; carbon-epoxy
1) he rotating 1050 cold rolled steel shaft shown in the figure below is simply supported at the center of two bearings (denoted by an X) and the only applied load is the constant 7kN load. All dimensions are in mm and all steps in the shaft have ..
Write a critique 5-10 minutes presentation speech about the article including a PowerPoint. (5 pages speech). A minute about the writer (1/2 - 1 page). The rest of the presentation about the article.
Assuming D/D/1 queuing, what is the minimum departure rate needed to achieve this?
Part 1: Write a brief essay describing two ways you would effectively use the DiSC profiles in order to get job.
Describe how the shunt regulator, shown below, works. What are some application functions for this type of circuit?
Determine the Reynolds number ratio as a function of the length ratios in a distorted model. Assume that fluid and temperature are identical for model and prototype in Prob and determine Rer.
Represent the above problem as a network optimization problem. Particularly, you will need to formulate a minimum cost flow problem. Draw the network by defining the nodes, node values, and what they represent; and, the arcs, arc costs, arc capaci..
Which may be represented as disturbances acting between the pulley and stick subsystems. Draw a functional block diagram for the above system, showing its major components as well as all signals.
Explain the issues related to using PLCs for closed loop (PID) control - Explain the issues related to using PLCs
Derive the closed loop transfer functions for the system shown in FIGURE 4 and show that for large values of G V0/Vi the value of approaches unity.
In a refrigeration system, would you recommend condensing the refrigerant-134a at a pressure of 0.7 or 1.0 MPa if heat is to be rejected to a cooling medium at 15°C? Why?
Can validation and verification methods be found that tie in with the requirements definition process? They should not require that a complete specification (or even a design) has to be provided before any conflicts can be discovered.
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