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It is proposed to construct a 3m diameter, 50m long tunnel, heading 0950, through the andesite lava flow at Maori Bay (Muriwai).
Derive and solve a model of an insulated water tank with a changing level (i.e., changing tank volume). There is only one inflow stream with a flow rate of 1 kg/sec for t < 0 and 0.9 kg/sec for t
Find out the energy loss from the pipe per meter of length.
Evaluate and Investigate different Gas Turbine Engine configurations in use for commercial or military Gas Turbine Engine aircraft.
What the essential condition for a heat transfer process to occur.
Compute the direction and magnitude of the maximum principal stress.
The objective of Part I is to propose a feasible design of a microscale device (“microdevice”) that allows tensile tests to be performed on specimens only several hundred nanometers in d
Design a 2-digit 24 second 'shot-clock' countdown timer with pushbutton controller. The pushbutton controller will have one input: (IN) and provide two outputs: CNT and RST for count and reset respe
The objective of the project is to protect damage of the DC motors. If the motor is not working it will be shown with red light, if working normally then green and if working at a slow speed then it
Draw graphs comprising algebraic, trigonometric and logarithmic data from a range of scientific and engineering sources, and find out realistic estimates for variables by using graphical estimation
Wind turbines are becoming more and more common as a method of energy production, wind turbines by their very nature are dynamic and are subject to and create their own internal and external kinetic
In this assignment, you will examine the low-carbon technology which would be most suitable to give heat and power for a domestic building.
In the given circuit, find out the current and voltage in each resistor using Ohm’s Law and KVL.
Latin alphabetic characters can be represented using their ASCII equivalents. Write the decimal representation of all the characters in “Pei, I.M.” (don’t forget that the punctuati
Assume that a simple pendulum is attached to our spring-damper-mass system. Solve for the dynamics of the resulting system for 20 seconds of real time using midpoint method. Choose your step size so
Calculate the pressure developed by the gas by each of the following: (a) Ideal gas law, (b) van der Waals equation and (c) Redlich-Kwong equation.
Simplify the block diagram shown in figure below and obtain the overall transfer function. (You have to use various commands in MATLAB that will help to simplify)
Formulate the problem as stochastic dynamic programming problem. Specify phases, states, decisions and the optimal value function. Draw the decision tree for this problem.
As a forensic materials expert – you have been asked to recognize a metallic powder found on the clothing of someone suspected of fabricating an incendiary device used in an armed robbery.
Identify the layer that provides the greatest resistance to the flow of heat.
For k=0.5, h=2 develop an FEM code to solve for T on the space frame .Use at least 6 elements per link. Use the generalized trapezoidal algorithm for time integration till t=10.
Use the slide 1 for temperatures t5, t6, t7& t8 to do the same as has it has been done in the slides 2, 3 , 4 and 5. Construct the triangle ternary diagram for the temperatures t5 , t6 , t7&nbs
Get the Delta H (Enthalpy) and Delta V (Volume) of both the components given below and compare by ratio. You require to use clapeyron equation and also need to draw the graphs.
Figure below shows a pneumatic circuit in which four actuators are controlled.
Consider the 2D shape. Draw a possible configuration of nodes and cells (at least 15) that could be used to solve for the temperature distribution. Provide equations that would be used to solve for