PROifalsk21
PROifalsk21
25 / 2
31st March
27th June
No Description provided.
math waves differential integral physics derivatives sound science

Comments

  • JanKaszanka
    JanKaszanka
    7th April
    +1 Keep it up, friend.
  • BritishCat0
    BritishCat0
    6th April
    Nod bad
  • penguinrules
    penguinrules
    6th April
    I guess so, but it would be more technically accurate to also invoke other fluid equations to state the relationship between velocity and pressure. in which case mode 2 yields the best visualization, but the streamlines are also nice
  • KnZahid300
    KnZahid300
    6th April
    nice waves +1 and fav
  • stillthere
    stillthere
    6th April
    i met its old save.
  • GAMINGPRO987487
    GAMINGPRO987487
    5th April
    i like how this has nothing to do with equations
  • PROifalsk21
    PROifalsk21
    5th April
    penguinrules: it shows gradient of pressure, and gradient is vector field
  • PROifalsk21
    PROifalsk21
    5th April
    I think it can be correct if rotor of air flow equals zero.
  • penguinrules
    penguinrules
    4th April
    I suppose the streamlines show the direction of the pressure differentials, and hence produce a similar description, though i think using the pressure visualization would be more correct?
  • penguinrules
    penguinrules
    4th April
    Is it fair to say the advection of the air in TPT is analogous to the 2D wave equation? Also, technically the streamlines show flow direction, which isn't the same as pressure, though they provide a nice visualization.