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Learn to use the Kalman Filter with real-world MATLAB examples in less than an hour with Ross Dynamics Lab. Enhance your estimation and data analysis skills.
Explore bifurcation theory with Dr. Shane Ross from Ross Dynamics Lab. Understand changes in phase portraits, local bifurcation theory, and center manifolds in 1-2 hours.
Explore the dynamics of space beyond the geosynchronous belt with Ross Dynamics Lab. Understand the 3-body model, orbital dynamics, and practical computation methods in a 1-2 hour study.
Explore particle transport in fluid flows with Ross Dynamics Lab. Learn about Lagrangian coherent structures, their mathematical underpinnings, and applications in fluid mechanics. Less than 1-hour workload.
Dive into space vehicle dynamics with Ross Dynamics Lab. Learn about gravity gradient, Euler rigid body equations, stability conditions, and application to the International Space Station in under an hour.
Explore the dynamics of dual-spin spacecraft with Ross Dynamics Lab. Understand the instability of intermediate and minimum principal axes for free rigid bodies in less than an hour.
Learn about rigid body dynamics, Newton-Euler approach, and Euler's equations with Ross Dynamics Lab. This less than 1-hour material includes qualitative analysis to build intuition.
Learn to calculate the moment of inertia matrix and center of mass with Ross Dynamics Lab. This under 1-hour material uses integrals and common approaches for space vehicle dynamics.
Learn about space vehicle dynamics, focusing on the moment of inertia matrix and principal axis frame, with practical MATLAB examples. Offered by Ross Dynamics Lab.
Learn to simulate a rigid body's orientation using Euler angles and MATLAB in this short tutorial by Ross Dynamics Lab. Includes numerical integration and 3D visualization.
Learn about space vehicle dynamics, focusing on quaternions, Euler parameters, and axis-angle representation of rotation, with MATLAB tutorials. Offered by Ross Dynamics Lab.
Explore Hamilton-Jacobi theory and its application in solving Hamilton's equations with Ross Dynamics Lab. Learn through examples like the simple harmonic oscillator and Kepler's 2-body problem.
Learn about particle system dynamics, energy and momentum conservation with MATLAB in less than an hour from Ross Dynamics Lab. Ideal for aerospace engineering enthusiasts.
Explore Hamiltonian and nonlinear dynamics with Ross Dynamics Lab. Learn about canonical transformations, generating functions, and their applications in less than an hour.
Understand kinetic energy origins and conservation with Ross Dynamics Lab. Learn about linear and angular momentum, and apply these concepts to pendulum dynamics. Less than 1-hour workload.
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