Add to ORKGThe mechanism of fluid resistance within the limit of the square law is presented. It was concluded that the investigations should be extended and completed in two directions, namely: by an investigation of stable vortex configurations in space, and by considering the perfect fluid as the limiting case of a viscous fluid and then limiting the law of vortex of formation with the condition that only those fluid particles which were in contact with the surface of the body can receive rotation
For a first approximation the air flow around the airship hull is assumed to obey the laws of perfec...
Conventionally, a microscopic particle that performs a reciprocal stroke cannot move through its env...
One of the most striking phenomena which accompany the flow of fluids such as air and water about bo...
A closer examination of Newton's formula for air resistance shows that it is well to consider the ai...
This report deals with the theory of the vortex street which enables the reproduction of the mechani...
Report presents methods of calculating air resistance of airfoils under certain conditions of flow p...
A discussion of the principles of hydrodynamics of nonviscous fluids in the case of motion of solid ...
I have set myself the task to investigate systematically the laws of motion of a fluid whose viscosi...
The following conclusions on air resistance of spheres are drawn: 1) disturbances in front of the sp...
The pressure distribution and resistance found by theory and experiment for simple quadrics fixed in...
In summing up it may be said that the hydrodynamic theories are best confirmed by experimental resul...
An attempt has been made in this article to critically survey the field of low Reynolds number flows...
All matter that obeys conservation laws of physics [1- see endnote], offer resistance to change of t...
The general basis of the theory of lifting surfaces is discussed. The problem of the flow of a fluid...
It is well known that the vorticity for any fluid element is constant if the fluid is non-viscous an...
For a first approximation the air flow around the airship hull is assumed to obey the laws of perfec...
Conventionally, a microscopic particle that performs a reciprocal stroke cannot move through its env...
One of the most striking phenomena which accompany the flow of fluids such as air and water about bo...
A closer examination of Newton's formula for air resistance shows that it is well to consider the ai...
This report deals with the theory of the vortex street which enables the reproduction of the mechani...
Report presents methods of calculating air resistance of airfoils under certain conditions of flow p...
A discussion of the principles of hydrodynamics of nonviscous fluids in the case of motion of solid ...
I have set myself the task to investigate systematically the laws of motion of a fluid whose viscosi...
The following conclusions on air resistance of spheres are drawn: 1) disturbances in front of the sp...
The pressure distribution and resistance found by theory and experiment for simple quadrics fixed in...
In summing up it may be said that the hydrodynamic theories are best confirmed by experimental resul...
An attempt has been made in this article to critically survey the field of low Reynolds number flows...
All matter that obeys conservation laws of physics [1- see endnote], offer resistance to change of t...
The general basis of the theory of lifting surfaces is discussed. The problem of the flow of a fluid...
It is well known that the vorticity for any fluid element is constant if the fluid is non-viscous an...
For a first approximation the air flow around the airship hull is assumed to obey the laws of perfec...
Conventionally, a microscopic particle that performs a reciprocal stroke cannot move through its env...
One of the most striking phenomena which accompany the flow of fluids such as air and water about bo...