Write a representative summary of your work. This should include short statement about:

• Brief problem definition including background

• Method

• Results summary

• Conclusion statement

Highlight anything extra-ordinary (above the basic requirements) that you may have included in the report.

MODEL DEVELOPMENT:

• The geometry of the models being produced should be presented in the report (including neat hand sketches)

• Discuss and explain reasons for the selection of:

• The type of geometry used - i.e. 2D, 3D .etc

• Type of assigned section,

• Specific material properties

• Type of constraints (boundary conditions) used in terms of degrees of freedom, symmetry, etc. and where these should be applied,

• Types of selected loads & boundary conditions, where they should be applied & why,

• Element type selected, also discuss other viable possibilities, advantages & disadvantages of each, also explain the formulation and the cost of using the selected elements.

• The type of seeding used (CAE) and why you selected to have a mesh of that density.

• Techniques used to minimize use of computational resources, e.g. applying symmetry conditions, etc.

Explain the difference between a policy and a procedure : In your discussion post, Explain the difference between a policy and a procedure. Provide two to three examples of each. Outline one to two ideas for implementing or enforcing policies and procedures |

Calculate the log mean temperature difference : Determine the required hydrostatic test pressure according to AS 1210 Clause 5.10.2.1 and compare it to the actual test pressure carried out |

Ethical system well inside the boundaries of what is legal : We all need to be ethical in our dealings with others, and often practical ethics means avoiding even the appearance of wrongdoing. It is important to understand the legal limits on behavior, so that we can set our own ethical system well inside .. |

How supervisors at the organization motivate employee : What are some organizational examples of each of these needs? Evaluate the organization you have selected for study during the course. How do managers and supervisors at the organization motivate and improve employee performance |

Type of constraints used in terms of degrees of freedom : The geometry of the models being produced should be presented in the report (including neat hand sketches). Discuss and explain reasons for the selection of. The type of geometry used - i.e. 2D, 3D .etc |

Book value per share : What is the Book Value Per Share based on the information attached? |

What types of leadership are evident in the organization : Evaluate the organization you have selected for study during the course on these 3 areas. What types of leadership are evident in the organization? What are the leadership challenges within the organization |

What is proprium according to allport : What are the differences between cardinal, central, and secondary traits? What are some of Mary's central traits? What is functional autonomy? Find at least one example of preservative functional autonomy in the case. What is proprium according to Al.. |

What have you found as the description of big data? : What have you found as the description of Big Data? |

## How many tubes will the calandria require to concentrateThe specific heat of the solution can be assumed to be constant at 4.18 kJ kg-1 K. The latent heat of evaporation is 2270 kJ kg-1 for the feed and steam, the boiling point rise is 15 K. The feed temperature is 303 K. |

## What will be the new exponent of the blasius equationThe relative roughness ofa pipe is 0.0005, if the blasius equation is applicable for Thecflow Reynolds number above 2700 rather then 3000 |

## What is the maximum number of aircraft waiting during hourDuring that same hour, 20 departing aircraft uniformly arrive at the runway within a 20-minute period. Assume no other departing aircraft arrive at the runway during the hour. |

## Determine the values for the energy grade line4. Determine the values for the Energy Grade Line and the Hydraulic Grade Line for the tank and pipe system of problem 3. Plot the EGL and HGL. |

## Determine the back emf when giving an outputA 440 -V shunt motor has armature resistance of 0.8 ohm and field resistance of 200 ohm . determine the back emf when giving an output of 7.64 KW at 85% efficiency |

## Compute the 50 year flood discharge on a large creekCompute the 50 year flood discharge on a large creek in Northern Ohio if the total discharge area is 75 mi^2. The average soil infiltration is 0.5 in./hr; the main channel slope is 0.008. |

## Determine the radius of influence of the pumpingA well with a radius of 0.5 m pumps at a constant rate of 1240 m3/day. After the cone of depression has achieved equilibrium, the piezometric heads at two observation wells 40 and 95 m from the pumping well are measured as 78.9 and 83.4 above sea .. |

## Base of each standpipeDetermine: a) the height of the water, with respect to the base of each standpipe, and b) the effective stress at the depth of each standpipe, at the following times: |

## Find pipe diameter if it is to be full with steady rainfallRainwater runoff from a 200 x 500 ft parking lot is to drain through a circular concrete pipe that is laid on a slope of 5 ft/mi. Determine the pipe diameter if it is to be full with a steady rainfall of 1.5 in/hr |

## What do you mean by sheir force and bending momentFreight train A passes through Petticoat Junction, a node where twosingle track lines connect, at 6:50 AM, traveling at 40 MPH, with50 cars that are 70 feet nose to nose |

## Estimate the diameter of the tower based on bottom operatingEstimate the diameter of the tower, based on bottom operating conditions. Assume that the density and viscosity of the bottom liquid are the same as tose for pure water. Make other appropriate assumptions as needed. |

## Determine the minimum required dimension for t so thatThe wood specimen is to be loaded in a testing machine until it fails in tension. The ultimate normal strength of the wood is ?ult = 1800 psi and the ultimate shear strength of the wood is ult = 800 psi. |

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