ccitonline.com

(deepseek-r1:1.5b)

1. Deep Awareness of I (nafs)

• Objective: Reflect deeply about the role of individual consciousness within the universe, particularly your identity as part of it, and how this contributes to the creation of reality.
• Reflection Questions:
  • How does your existence contribute to the fabric of reality?
  • How is your individual consciousness oriented towards the overall purpose of creating aviation technology?
  • What role do you play in the universe’s structure?

2. Intention (Niat) for Problem-Solving

• Objective: Define a clear and specific intention or goal for solving the problem.
• Statement:
  “I intend to conduct a detailed analysis of fluid flow around an airplane wing with the aim of understanding aerodynamics better and contributing positively to aviation development.”

3. Initial Thinking (Pemikirannya)

• Action Plan:
  1. Research: Study fluid dynamics, aerodynamic properties of wings, governing equations for flow.
  2. Gather Data: Collect information on wing shape, aerodynamic forces, turbulence modeling, computational methods like CFD.
  3. Identify Tools: Use available resources and software for CFD analysis.
  4. Define Objectives: Establish clear goals such as achieving accurate results within computational limits.

4. Idealization (Idealisasi)

• Objective: Simplify the problem to make it computationally manageable while ensuring essential aspects are captured.
• Simplification Steps:
  • Assume steady-state flow, ideal gases for simplicity.
  • Neglect certain frictional effects and focus on aerodynamic forces and moments.
  • Use basic equations (e.g., Bernoulli’s equation) instead of complex fluid dynamics models.
  • Simplify boundary conditions to suit computational tools.

5. Instruction Set (Instruksi Penuh)

• Action Plan:
  1. Set Objectives: Clearly define objectives such as achieving accurate results within computational limits.
  2. Gather Resources: Compile all necessary materials and data, including equations, tools, and research findings.
  3. Document Assumptions: Note any assumptions made during the analysis process.
  4. Iterate and Refine: Based on feedback from simulations or experiments, refine models and methods.
  5. Stay Patient: Understand that the iterative nature of DAI5 requires persistence in seeking accurate solutions.

Implementation Steps:

• Begin by researching fluid dynamics around wings and reviewing relevant equations. Identify tools or resources available for CFD analysis. Set up initial conditions with assumptions, then proceed to gather data. Simplify the problem using idealization, apply the instruction set systematically, and continue iterating based on results while refining the approach as needed.

Ethical Considerations:

• Ensure accuracy in assumptions and validate results where possible.
• Be transparent about any uncertainties or limitations in the analysis process.