1 Foundation of Fluid Mechanics
5
Fig. 1.5 Isaac Newton (1643–1727, British scientist)
Fig. 1.6 Gottfried Wilhelm Leibniz (1646–1716, German mathematician)
be reached but infinite approximation in philosophy. In 1686, Newton
published the book “Mathematical Principles of Natural Philosophy”. He put
forward three theorems of gravitation and motion of objects, and expounded
the laws of momentum and angular momentum, Cooling, and Newton’s
internal friction between the strata. Newton is a great scientist who organically combines the motion of objects with the concept of calculus. Under
the influence of Newton, it can be said that the creation and development of
fluid mechanics is the crystallization of the organic combination of calculus
and flow phenomena, showing the great power produced by the perfect
combination of mathematics and physics.
5
Fig. 1.5 Isaac Newton (1643–1727, British scientist)
Fig. 1.6 Gottfried Wilhelm Leibniz (1646–1716, German mathematician)
be reached but infinite approximation in philosophy. In 1686, Newton
published the book “Mathematical Principles of Natural Philosophy”. He put
forward three theorems of gravitation and motion of objects, and expounded
the laws of momentum and angular momentum, Cooling, and Newton’s
internal friction between the strata. Newton is a great scientist who organically combines the motion of objects with the concept of calculus. Under
the influence of Newton, it can be said that the creation and development of
fluid mechanics is the crystallization of the organic combination of calculus
and flow phenomena, showing the great power produced by the perfect
combination of mathematics and physics.