NASA X-Planes: Inside the Armstrong Flight Research Center - With Interview
Explore NASA's Armstrong Flight Research Center, home to X-planes development. Discover iconic aircraft and gain insights into electric aviation research through an exclusive interview.
MotoGP Aerodynamics: Helmet, Fender, Mud Guards and Wings - Aero Update 2
Explore MotoGP aerodynamics improvements using CFD simulations. Analyze modifications to fairing, wings, and fender for enhanced performance and reduced drag in motorcycle racing.
MotoGP Aerodynamics Design Challenge - Aero Update 1
Explore MotoGP aerodynamics improvements using CFD simulations. Analyze drag and downforce changes from design updates, including helmet, radiator, fairing, and wing modifications.
Formula One Aerodynamics - Rear Wing Design and Optimization
Explore Formula One rear wing redesign, comparing tandem and bi-plane configurations for enhanced downforce and compliance with FIA regulations. Gain insights into advanced aerodynamic principles.
Increasing Overland Truck Range Through Aerodynamic Improvements
Optimize overland truck aerodynamics to increase range. Learn design tweaks for drag reduction and efficiency gains through CFD simulations and practical examples.
Formula One Aerodynamics Update 3 - Sidepod Design Modifications
Explore Formula One aerodynamics updates, focusing on sidepod design changes to reduce flow separation. Analyze CFD results for three concepts and their impact on downforce and drag.
Formula One Aerodynamics Challenge - Part 2: Side Pods, Underfloor, Fences and More
Explore advanced Formula One aerodynamics, focusing on sidepods, underfloor, fences, and other key components. Learn about design modifications and their impact on vehicle performance.
Shell Eco Marathon - Aerodynamics Course
Explore aerodynamics fundamentals, CFD basics, and wind tunnel principles. Gain insights into UCLA's eco marathon design for optimizing vehicle efficiency and performance.
Tesla Cybertruck Aerodynamics - Exclusive 3D Scan Reveals Flow Secrets Through CFD Simulation
Explore Tesla Cybertruck's aerodynamics through exclusive 3D scan and CFD simulation. Analyze design features, flow patterns, and drag coefficient to understand its impressive aerodynamic performance.
The Apocalypse and How to Avoid It - Panel Discussion
Panel discussion exploring survival strategies, essential skills, and technological solutions for potential apocalyptic scenarios. Experts share insights on disaster preparedness, disease control, shelter design, and space debris management.
Geodetic Insights into Water-driven Aquifer and Ice Sheet Dynamics
Explore geodetic techniques for monitoring aquifer systems and ice sheet dynamics, focusing on groundwater fluctuations, subsidence, and meltwater impacts on Greenland's ice sheet.
LRF and Alan Turing Institute Data-Centric Engineering Partnership Launch
Exploring data-centric engineering's potential to enhance safety and efficiency in various sectors through a £10 million research grant collaboration between Lloyd's Register Foundation and The Alan Turing Institute.
What You Learn Building Rockets
Inspiring journey of founding a student rocketry association, highlighting key lessons learned in leadership, innovation, and pursuing ambitious goals in aerospace engineering.
From Ground Zero to Orbit - A Woman Engineer's Journey in Space Exploration
Inspiring journey of a senior ISRO engineer, from small-town roots to leading space exploration projects, overcoming challenges and advocating for women in STEM.
My Journey: From Challenges to Directing the Agni-V Missile Program
Discover how perseverance and passion for science led Dr. Sheena Rani to overcome challenges and become the director of India's Agni-5 missile program, showcasing resilience in STEM leadership.
Lie Group Quaternion Attitude Reconstruction of Quadrotor UAV
Explore quaternion-based attitude reconstruction for quadrotor UAVs using Lie group theory, enhancing control and navigation capabilities.
ME3255 - Verifying Implicit and Explicit Integration Methods for Tsiolkovsky Solution
Verify implicit and explicit integration methods for Tsiolkovsky solution, enhancing understanding of numerical techniques in aerospace applications.
ME3255 - Working on Rocket Problems with Solve_IVP
Explore rocket problem-solving using solve_ivp in Python. Learn to model and analyze rocket dynamics for advanced engineering applications.
ME3255 - Rocket Equations and Verifying Numerical Integration
Explore rocket equations and verify numerical integration techniques for aerospace applications. Enhance understanding of propulsion systems and computational methods.
Reconstructing the SR-71 Blackbird - 3D Modeling, Animation, and In-Depth Research Process
Explore the intricate process of recreating the SR-71 Blackbird through in-depth research, 3D modeling, animation, and more, showcasing the artist's detailed approach to digital reconstruction.
Texturing a Simple Airplane in Blender 2.8
Learn to texture a cute airplane model using Blender 2.8's tools, exploring differences from 2.7x and integration with Eevee. Perfect for game projects and hard surface modeling enthusiasts.