AeroFac Mini (Aero-Facility): A Sustainable, Economically Conscious Mini Aerodynamic Testing Facility for Aircraft Using Recyclable Materials in San Beda University, Rizal

A set of Question-and-Answer flashcards based on the AeroFac Mini group proposal, covering objectives, background, research questions, significance, methodology, and alignment with SDGs, Benedictine Hallmarks, and Laudato Si'.

What is the proposed title of the AeroFac project?

AeroFac Mini (Aero-Facility): A Sustainable, Economically Conscious Mini Aerodynamic Testing Facility for Aircraft Using Recyclable Materials in San Beda University, Rizal.

What is the main objective of the AeroFac Mini project?

To design a sustainable and cost-effective mini aerodynamic testing facility for aircraft models made from recyclable materials, capable of testing basic aerodynamic properties, and to explore various wing and nose designs.

What are the short-term goals of the AeroFac Mini project?

Create a working prototype capable of testing basic aerodynamic properties and explore wing and nose designs to determine the most aerodynamically efficient options.

What are the long-term goals of the project?

Promote eco-friendly practices and provide an accessible tool for educational and research use, especially in resource-limited settings.

What is the researchers’ vision for the project?

Discover a new sustainable process for aircraft design; determine the miniature facility’s ability to measure aerodynamic properties; promote sustainability and fuel efficiency using sustainable materials.

Why is aerodynamics testing important in aircraft development?

It enables analysis of lift, drag, and airflow dynamics to enhance performance and safety, and relates to fuel efficiency.

Which aircraft are cited as examples of fuel-efficiency improvements?

Boeing B787-9 and Airbus A350-900.

Why are traditional wind tunnel facilities challenging?

They are costly, sophisticated, and often require partnerships (e.g., NASA), making them out of reach for many schools and low-budget initiatives.

How does AeroFac address these challenges?

As a low-cost, small-scale, and green aerodynamic testing facility made from recyclable materials.

What is the proposed research method for AeroFac?

A quantitative method with controlled tests to measure aerodynamic performance of different model designs, using recyclable materials.

What will the AeroFac facility test in its experiments?

The aerodynamic behavior of plane model shapes, including different wing and nose configurations.

What are the three proposed research questions?

1) How can San Beda Rizal students train to optimize shape and materials to improve real-world efficiency? 2) How can San Beda Rizal students provide hands-on experience in sustainable design to contribute to eco-friendly engineering practices? 3) Why should San Beda University Rizal students design the AeroFac Mini using sustainable materials to help create greener, more cost-efficient aircraft for the future?

Who are the intended beneficiaries of AeroFac?

Aeronautical Engineering students at San Beda University, Rizal, with impact also on other schools with limited resources by providing an accessible model for aerodynamic experimentation.

Which Sustainable Development Goals does AeroFac align with?

SDG 4 (Quality Education), SDG 9 (Industry, Innovation and Infrastructure), SDG 12 (Responsible Consumption and Production), and SDG 7 (Affordable and Clean Energy).

Which Benedictine Hallmarks does the project reflect?

Community, Stewardship, and Stability; promotes collaborative learning, eco-friendly practices, and lasting impact for future generations.

What Laudato Si’ goals are highlighted in the project?

Cry of the Earth; promotes community involvement and participation, ecological spirituality, and the idea that technology should serve creation.