Recent content by Orochi663

@Orodruin, hmm thanks. What about if i try to approximate the movement, as we know the direction of fluid being poured ? Can there be some kind of randomness we can define in the movement so that it can approximate the result. I am trying to do it in liquidfun...

@Orodruin Yeh i am looking for (ii) that is what is happening to the rigid body during the phenomena. Can you please point me to some book or paper that i can refer to. Thanks. Regards,

@Orodruin not sure what is missing in here. Let me try to give example Consider you have a bath tub full of water and there is (some thing that is rigid i.e. maintain its original shape when a force is applied over it, like e.g a toy, with some mass that is greater than the buoyant force, i.e...

Hi, I am trying to find out Force on a rigid body when it is completely inside a fluid with density p, i.e. the body is completely drowned in the liquid and then another liquid is pushed into the container with different density 'r' (such than r > p). Thanks.

@jbriggs444 Thanks Well during the simulation every thing can be varied to see the affect. The constant force when applied over an actual bellow the distance the water travel varies with the diameter of nozzle and the direction of bellow and follow something like a projectile motion. Hence i...

@gmax137 i am using a navier stokes solver (Joe Stam's) for fluid flow in the container, I am using the thrust as Force the pressure of squeezing the bellow that is exerted on each particle with respect to distance from nozzle.

hmm Thanks. I am just confused now on direction of bellow, i.e. if nozzle is bigger the fluid escaping will have less momentum than when the nozzle is smaller. Also if the nozzle is pointing downwards the gravity will also contribute to escaping fluid force. So how to add direction of nozzle...

hmm, thanks. So how does the force will be affected by the escape nozzle size ?

I am developing simulation of bellow, but as i am not a physics grad so far i have come to this formulation: The thrust force from which it escapes when bellow handles are pushed are proportional to: 1. Rate of change of distance between the handles. that is the rate at which the volume of...

I have been a physics learner, was not able to get higher degree in physics but i am very much interested in knowing about its progress and especially how every day things work.