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1. The following data has been obtained experimentally for a composite based on an unidirectional carbon-epoxy prepreg (MR50 carbon fiber at 63% by volume in LTM25 epoxy). Determine if the restrictions on elastic constants are satisfied.E1 = 156.403 GPa, E2= 7.786 GPav12 = 0.352, v21 = 0.016G12 = 3.762 GPa2. Select a matrix, fiber, and fiber volume fraction to obtain a material with E1 > 30 GP a, E1/E2 « 3.5.
Write a paper about Digital Tools and Effective Strategies for Engaging the Adult Learner by David Jones.
Write about the VHDL code implementation for rotating Stepper Motor (Unipolar) in both clock-wise and counter - clock wise direction.
design and modelling of adsorption chromatography based on isotherm dataadsorption systems are most commonly set-up as
A new interstate highway is being built with a design speed of 70 mi/h. For one of the horizontal curves, the radius (measured to the innermost vehicle path) is tentatively planned as 2500 ft. What rate of super elevation is required for this curv..
The Bartlett method is used to estimate the power spectrum of a signal from a sequence x(n) consisting of N = 2400 samples.
Discuss specific process-activity that generates the waste and quantity of waste generated (worldwide and in the UAE/Abu Dhabi)
With CC connected, find ωP2. Then find the value of CC that will result in a unity-gain frequency ωt at least two octaves below ωP2. For this value of CC, find ωP1 and Ωz and sketch a Bode plot for the gain magnitude.
In general, you will have one other classmate in your team. Each of you will design and simulate an instrumentation circuit with different specifications though you will choose and use the same sensor.
Draw a functional block diagram of the system. Indicate the input and output signals, intermediate signals, and main subsystems.
Name two types of fibers and give the main advantage of each. The advantages have to be different so that the two types of fibers differ from each other.
ECE 452 - Assignment Give a FD discretization of the wave equation for an interior node (i, j) - Derive the FD equations for nodes on the left, right, top and bottom boundaries - Derive the stability condition for each of the above time discretizatio..
You are expected to write a critical and insightful review of your topic. You must summarize and discuss them in your own words.
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