Aerodynamic Concepts Design Analysis with catia ansys fluent

🚀 Unlock the Secrets of Aerodynamics and Engineering with "Aerodynamic Concepts, Design Analysis with Catia & Ansys Fluent" 🚀

Course Headline: Master CFD, Thermodynamics, and Material Strength in Engineering Design and Analysis

Course Instructor: R Nath
Course Title: Aerodynamic Concepts, Design Analysis with Catia & Ansys Fluent

AIM:

Become a proficient designer and analyst in the realm of Product Design & Development, specializing in Aerodynamics and Thermodynamics. Master the use of Catia for design and Ansys for detailed engineering analysis. Upon completion, you'll be equipped to tackle any product design challenge with confidence and expertise.

What You Learn:

• Real-life Engineering Design & Analysis Techniques: Gain insights into the practical applications of engineering concepts in real-world scenarios.
• Product Development Steps & Procedures: Learn the stages of product development from conception to realization, applicable across various industries and academia.
• Creative Problem Solving: Enhance your ability to think creatively and translate ideas into feasible designs and solutions.
• Catia & Ansys Mastery: Apply your creativity and engineering knowledge using Catia and Ansys tools to excel in industrial projects.
• Designing in Catia Workbenches: Master the art of sketching, generative shape design, and generative part design within Catia.
• Engineering Analysis with Ansys Workbenches: Dive into Computational Fluid Dynamics (CFD), Structural, Thermal, and Harmonic analysis, seamlessly integrated with CFD in Ansys.
• Design & Development for Moving Vehicles Against Fluid (e.g., Aircraft, Ship, Car): Tailor your design skills to create efficient designs for vehicles moving through air or other fluids.
• Minimized Theory, Maximized Practical: Engage in hands-on learning with minimal theoretical lectures and a strong focus on industrial project work related to aerodynamic vehicle design and analysis.

PROJECT Work:

Engage in an immersive project experience where you will design and analyze structural components for aircraft, such as fuselages, wings, stabilizers, and engines. You'll learn to create 3D models from basic sections and curves, import your designs into CAE as STEP files, and analyze them using CFD and Structural parameters to evaluate LIFT, DRAG, THRUST, and stress variations due to deformations.

COURSE INPUT:

• Structural Material: Aluminum
• Fluid Flow: Air
• Flow Velocity: m/s
• Initial Gauge Pressure of ENGINE: Pa
• Outflow Gauge Pressure: Pa (Temperature in Kelvin)
• Number of Iterations for CFD Simulation: 500

COURSE OUTPUT:

• DRAG: Newton
• LIFT: Newton
• THRUST/ENGINE: Newton

🎓 Elevate Your Engineering Skills with Practical Exposure to Real-world Aerodynamic Design and Analysis 🎓

Join us in this comprehensive course where you will not only learn the theoretical aspects of aerodynamics, thermodynamics, and material science but also apply them in a practical, hands-on manner. With real-industry project work and a focus on using cutting-edge software like Catia and Ansys Fluent, you'll be ready to design and analyze with the best in the industry.

Enroll now and take the first step towards transforming your engineering career! 🚀💫📚