This report provides an extension to a previous paper (Tijsseling and Anderson, 2004) in which we showed that Johannes von Kries (1883) was the first to derive and validate the "Joukowsky equation " for waterhammer. Since there is a strong analogy between pressure waves in fluids and stress waves in solids, and waterhammer relates to impact mechanics, it is likely that the "Joukowsky equation " for solids already existed before 1883. Also, 19th century's scientists must have been aware of the fluids/solids analogy. In this historical study we try to answer the question of who was the first to derive the Joukowsky equation in either fluids or solids
The authors have backgrounds which are ideally suited for writing this book. The late C. Truesdell i...
The Moens-Korteweg formula for the speed of propagation of pressure waves dates back to 1878 and was...
Published online on August 4, 2017.The classical Joukowsky formula for the head jump associated with...
In 1883 Johannes von Kries published the theory of waterhammer in a study of blood flow in arteries....
Thomas Young published in 1808 his famous paper (1) in which he derived the pressure wave speed in a...
Thomas Young published in 1808 his famous paper (1) in which he derived the pressure wave speed in a...
Thomas Young published in 1808 his famous paper (1) in which he derived the pressure wave speed in a...
"A compilation of existing information respecting this subject, including especially a digest of the...
Half a century ago Richard Skalak [see T.C. Skalak, A dedication in memoriam of Dr. Richard Skalak, ...
James Joule played the major role in establishing the conservation of energy, or the first law of th...
Water-hammer is the phenomenon of the transmission of pressure and velocity surges along a pipe or c...
This monograph investigates the development of hydrostatics as a science. In the process, it sheds n...
The dependency of dynamic viscosity of water, the commonly encountered liquid in engineering, on tem...
Fluid Mechanics, as a scientific discipline in a modern sense, was established between the last thir...
The paper is devoted to the life and work of Alexander Mikhailovich Ertel, the founder of elastohydr...
The authors have backgrounds which are ideally suited for writing this book. The late C. Truesdell i...
The Moens-Korteweg formula for the speed of propagation of pressure waves dates back to 1878 and was...
Published online on August 4, 2017.The classical Joukowsky formula for the head jump associated with...
In 1883 Johannes von Kries published the theory of waterhammer in a study of blood flow in arteries....
Thomas Young published in 1808 his famous paper (1) in which he derived the pressure wave speed in a...
Thomas Young published in 1808 his famous paper (1) in which he derived the pressure wave speed in a...
Thomas Young published in 1808 his famous paper (1) in which he derived the pressure wave speed in a...
"A compilation of existing information respecting this subject, including especially a digest of the...
Half a century ago Richard Skalak [see T.C. Skalak, A dedication in memoriam of Dr. Richard Skalak, ...
James Joule played the major role in establishing the conservation of energy, or the first law of th...
Water-hammer is the phenomenon of the transmission of pressure and velocity surges along a pipe or c...
This monograph investigates the development of hydrostatics as a science. In the process, it sheds n...
The dependency of dynamic viscosity of water, the commonly encountered liquid in engineering, on tem...
Fluid Mechanics, as a scientific discipline in a modern sense, was established between the last thir...
The paper is devoted to the life and work of Alexander Mikhailovich Ertel, the founder of elastohydr...
The authors have backgrounds which are ideally suited for writing this book. The late C. Truesdell i...
The Moens-Korteweg formula for the speed of propagation of pressure waves dates back to 1878 and was...
Published online on August 4, 2017.The classical Joukowsky formula for the head jump associated with...