# ASCI309

## ASCI 309-Aerodynamics

Module 8ARAPA: Weight and Balance For your team’s selected project aircraft, collaboratively create an instructional team wiki (Canvas page within your group work space – see again ARAPA Overview Page for instructions) that details the weight and balance of your selected aircraft.   From the provided resources on the accompanying 8.3.1 – ARAPA: Resources and Inputs page, find and diagram the allowable center of gravity […]

## ASCI 309-Aerodynamics

Module 7ARAPA: Maneuvering Performance collaboratively create an instructional team wiki (Canvas page within your group work space – see again ARAPA Overview Page for instructions). In this wiki, create a V-G diagram specific to your aircraft at a selected weight and atmospheric condition and explain how the V-G diagram can be utilized to identify specific maneuvering parameter. For inputs on how the V-G

## ASCI 309-Aerodynamics

Module 6ARAPA: Takeoff and Landing Performance Collaboratively create an instructional team wiki (Canvas page within your group work space – see again ARAPA Overview Page for instructions) that exemplifies takeoff and landing performance with specific data. This assignment utilizes two independent examples – For the takeoff performance portion, you will utilize a generic example, while the landing portion is conducted specifically for your team’s selected project

## ASCI 309-Aerodynamics

Module 5ARAPA: Uncelebrated performance For your team’s selected project aircraft, collaboratively create an instructional team wiki (Canvas page within your group work space – see again ARAPA Overview Page for instructions). Using/building on your previous drag (i.e., thrust-required) table and graph created in Module 3, generate additional power-required values in the table and depict the power-required curve for your aircraft.   Then, working

## ASCI 309-Aerodynamics

Module 4Individual presentation: Jet Performance In this module, some of the background considerations for jet and propeller aircraft performance were introduced by taking a closer look at the different propulsion systems. During next module’s ARAPA project, you will apply these fundamentals to your team’s example aircraft and its unaccelerated performance. Nevertheless, since all of our example aircraft