Recently, major progress has been made in the development of equations to describe the motion of fluid-particle mixtures and their application to a limited range of problems. However, results are only as good as their underlying equations, so it is essential to have a clear understanding of the fundamental physics. In The Dynamics of Fluidized Particles, Jackson formulates these equations carefully and fully describes the important existing applications that test their ability to predict salient phenomena.
Recently, major progress has been made in the development of equations to describe the motion of fluid-particle mixtures and their application to a limited range of problems. However, results are only as good as their underlying equations, so it is essential to have a clear understanding of the fundamental physics. In The Dynamics of Fluidized Particles, Jackson formulates these equations carefully and fully describes the important existing applications that test their ability to predict salient phenomena.
Roy Buford Jackson was born, raised, and educated in the capitol city of, Austin, Texas. Roy received his bachelor's degree from The University of Texas in Austin and his masters degree from The University of Texas in Arlington. He had a long career in engineering with major companies (35 years), followed by becoming a system/software contractor (20 years). Roy was well known for producing logical focused solutions to major efforts in commercial and military projects. This included communications, aircraft, weapons, defense systems, and in other project areas as well. Roy's s marriage (53 years) developed in him a deep spiritual, poetic view, with eternal love for his wonderful talented wife (Laura Jo Holley Jackson, now in God's hands), and the family she produced for him (Roy James, Lisa, Mark, and Luke). Roy Buford Jackson, "An Old Texan", currently lives in Granbury, Texas.
Inhaltsangabe
1. The mathematical modelling of fluidized suspension 2. Equations of motion 3. Fluidization and defluidization 4. Stability of the uniformly fluidized state 5. Bubbles and other structures in fluidized beds 6. Riser flow 7. Standpipe flow.
1. The mathematical modelling of fluidized suspension 2. Equations of motion 3. Fluidization and defluidization 4. Stability of the uniformly fluidized state 5. Bubbles and other structures in fluidized beds 6. Riser flow 7. Standpipe flow.
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