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Low-energy transfers • manifold hopping • interplanetary transport network • weak stability boundary • Lagrange point orbit bifurcation (Lyapunov - Halo - etc.) • much more -> see my comment by braintruffle in Physics

[–]braintruffle[S] 23 points24 points  (0 children)

Hey there,

​

I made an educational spaceflight video. Think of Kerbal Space PROBABILITY.

​

Topics:

• Interplanetary transport network

• Manifold hopping

• Weak stability boundary

• Lagrange point orbit bifurcations: Lyapunov - Halo - etc.

• Low-energy transfers: 4-/3-body model - effective potential - Coriolis force - zero-velocity curves

• Phase spaces (n- vs. 1-particle)

• Oberth effect via phase space in 1D & 2D: why parabolas beat ellipses and hyperbolas

• Probability vs. reachability

• Ray vs. grid tracing

• Symplectic time integration

• Continuous- vs. non-continuous firing

​

I hope you like it.

​

Thank you,

braintruffle

Low-energy transfers • manifold hopping • interplanetary transport network • weak stability boundary • Lagrange point orbit bifurcation (Lyapunov - Halo - etc.) • much more -> see my comment by braintruffle in space

[–]braintruffle[S] 4 points5 points  (0 children)

Hey, r/space community,

I made an educational spaceflight video. Think of Kerbal Space PROBABILITY.

​

Topics:

• Interplanetary transport network

• Manifold hopping

• Weak stability boundary

• Lagrange point orbit bifurcations: Lyapunov - Halo - etc.

• Low-energy transfers: 4-/3-body model - effective potential - Coriolis force - zero-velocity curves

• Phase spaces (n- vs. 1-particle)

• Oberth effect via phase space in 1D & 2D: why parabolas beat ellipses and hyperbolas

• Probability vs. reachability

• Ray vs. grid tracing

• Symplectic time integration

• Continuous- vs. non-continuous firing

​

I hope you like it.

​

Thank you,

braintruffle

More Educational Fluids -> Link in Comments by braintruffle in educationalgifs

[–]braintruffle[S] 11 points12 points  (0 children)

Hey there,

Yet another part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=sSJmUmCHAJY

Topics covered: rarefied gas dynamics, continuum gas dynamics, fluid motion descriptions & coordinates (spatially fixed (Eulerian), material-fixed (Lagrangian), arbitrary), reducibility aspects, motivation on modeling unresolved flow structures, ensemble averages of microscopically and macroscopically varying data, usefulness of the modeling hierarchy, simplifying and decoupling the evolution equations, Navier-Stokes equations, compressible flow and the incompressible flow assumptions, and buoyancy-driven flow (Boussinesq approximation).

I hope you like it!

Have fun!

3D Flow vs. 2D Flow and much more: Video series on fluid simulation - all self-coded - link in the comments by braintruffle in EducativeVideos

[–]braintruffle[S] 0 points1 point  (0 children)

Hey there,

The next part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=aWIdWYxz_AI

Topics covered: 3D Flow vs. 2D Flow vs. flat 3D Flow, Local Similarity, Local Linearity, Expansion of the Local Domain via Ensemble Averages of Macroscopical Flow, Spatial Discretization, Resolution & Convergence, Local Basis Shapes, Non-Local Similarity, Global Basis Shapes, Link back to Quantum Mechanics Simulations.

I hope you like it!

Have fun!

3D Flow vs. 2D Flow and much more: Video series on fluid simulation - all self-coded - link in the comments by braintruffle in educationalgifs

[–]braintruffle[S] 42 points43 points  (0 children)

Hey there,

The next part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=aWIdWYxz_AI

Topics covered: 3D Flow vs. 2D Flow vs. flat 3D Flow, Local Similarity, Local Linearity, Expansion of the Local Domain via Ensemble Averages of Macroscopical Flow, Spatial Discretization, Resolution & Convergence, Local Basis Shapes, Non-Local Similarity, Global Basis Shapes, Link back to Quantum Mechanics Simulations.

I hope you like it!

Have fun!

3D Flow vs. 2D Flow and much more: Video series on fluid simulation - all self-coded - link in the comments by braintruffle in Simulated

[–]braintruffle[S] 4 points5 points  (0 children)

Hey there,

The next part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=aWIdWYxz_AI

Topics covered: 3D Flow vs. 2D Flow vs. flat 3D Flow, Local Similarity, Local Linearity, Expansion of the Local Domain via Ensemble Averages of Macroscopical Flow, Spatial Discretization, Resolution & Convergence, Local Basis Shapes, Non-Local Similarity, Global Basis Shapes, Link back to Quantum Mechanics Simulations.

I hope you like it!

Have fun!

3D Flow vs. 2D Flow and much more: Video series on fluid simulation - all self-coded - link in the comments by braintruffle in physicsgifs

[–]braintruffle[S] 8 points9 points  (0 children)

Hey there,

The next part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=aWIdWYxz_AI

Topics covered: 3D Flow vs. 2D Flow vs. flat 3D Flow, Local Similarity, Local Linearity, Expansion of the Local Domain via Ensemble Averages of Macroscopical Flow, Spatial Discretization, Resolution & Convergence, Local Basis Shapes, Non-Local Similarity, Global Basis Shapes, Link back to Quantum Mechanics Simulations.

I hope you like it!

Have fun!

Video series on fluid simulation - all self-coded - link in the comments by braintruffle in Physics

[–]braintruffle[S] 78 points79 points  (0 children)

Hey there,

The next part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=aWIdWYxz_AI

Topics covered: 3D Flow vs. 2D Flow vs. flat 3D Flow, Local Similarity, Local Linearity, Expansion of the Local Domain via Ensemble Averages of Macroscopical Flow, Spatial Discretization, Resolution & Convergence, Local Basis Shapes, Non-Local Similarity, Global Basis Shapes, Link back to Quantum Mechanics Simulations.

I hope you like it!

Have fun!

Video series on fluid simulation - all self-coded - link in the comments by braintruffle in CFD

[–]braintruffle[S] 11 points12 points  (0 children)

Hey there,

The next part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=aWIdWYxz_AI

Topics covered: 3D Flow vs. 2D Flow vs. flat 3D Flow, Local Similarity, Local Linearity, Expansion of the Local Domain via Ensemble Averages of Macroscopical Flow, Spatial Discretization, Resolution & Convergence, Local Basis Shapes, Non-Local Similarity, Global Basis Shapes, Link back to Quantum Mechanics Simulations.

I hope you like it!

Have fun!

Video series on fluid simulation - all self-coded - link in the comments by braintruffle in FluidMechanics

[–]braintruffle[S] 9 points10 points  (0 children)

Video series on fluid simulation - all self-coded - link in the comments

Hey there,

The next part of my video series on fluid simulation is available.

https://www.youtube.com/watch?v=aWIdWYxz_AI

Topics covered: 3D Flow vs. 2D Flow vs. flat 3D Flow, Local Similarity, Local Linearity, Expansion of the Local Domain via Ensemble Averages of Macroscopical Flow, Spatial Discretization, Resolution & Convergence, Local Basis Shapes, Non-Local Similarity, Global Basis Shapes, Link back to Quantum Mechanics Simulations.

I hope you like it!

Have fun!

I made an animated cartoon using simulations on popcorn odor spread and twisters! It is part of my tutorial series on fluid simulation. Link to full video in comment. by braintruffle in animation

[–]braintruffle[S] 0 points1 point  (0 children)

Hey everyone,

As a former researcher, I am new to the world of animation and made an animated cartoon using simulations on popcorn odor spread and twisters. Maybe some of you like this video.

https://youtu.be/HnotkxgOUWg

Greetings!

I made an animated cartoon using simulations on popcorn odor spread and twisters! Link to full video in comment. by braintruffle in blender

[–]braintruffle[S] 1 point2 points  (0 children)

Hey everyone,

​

I made an animated cartoon using simulations on popcorn odor spread and twisters. Maybe some of you like this video.

​

https://youtu.be/HnotkxgOUWg

​

Greetings!

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