Results 261 to 270 of about 884,701 (313)
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2008
Mechanical signals are major regulators of skeletal homeostasis as the addition of exogenous load is followed by enhanced bone formation and the removal of normal loads is followed by net bone loss. The mechanism by which bone cells perceive and respond to changes in their biophysical environment are still poorly understood, but it is widely accepted ...
Ryan C, Riddle +2 more
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Mechanical signals are major regulators of skeletal homeostasis as the addition of exogenous load is followed by enhanced bone formation and the removal of normal loads is followed by net bone loss. The mechanism by which bone cells perceive and respond to changes in their biophysical environment are still poorly understood, but it is widely accepted ...
Ryan C, Riddle +2 more
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1993
This chapter presents an overview of techniques for visualization of fluid flow data. As a starting point, a brief introduction to experimental flow visualization is given. The rest of the chapter concentrates on computer graphics flow visualization. A pipeline model of the flow visualization process is used as a basis for presentation.
Frits H. Post, Theo van Walsum
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This chapter presents an overview of techniques for visualization of fluid flow data. As a starting point, a brief introduction to experimental flow visualization is given. The rest of the chapter concentrates on computer graphics flow visualization. A pipeline model of the flow visualization process is used as a basis for presentation.
Frits H. Post, Theo van Walsum
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2018
In this chapter, we want to consider some phenomena which arise when the medium being studied is not in overall thermal equilibrium – i.e., if local variations in energy density, pressure or other variables lead to expansion and flow effects.
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In this chapter, we want to consider some phenomena which arise when the medium being studied is not in overall thermal equilibrium – i.e., if local variations in energy density, pressure or other variables lead to expansion and flow effects.
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1993
Fluids are substances that flow without disintegration when pressure is applied. This definition of a fluid includes gases, liquids, and certain solids. A number of foods are fluids. In addition, gases such as compressed air and steam are also used in food processing, and they exhibit resistance to flow just as liquids do.
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Fluids are substances that flow without disintegration when pressure is applied. This definition of a fluid includes gases, liquids, and certain solids. A number of foods are fluids. In addition, gases such as compressed air and steam are also used in food processing, and they exhibit resistance to flow just as liquids do.
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1997
Abstract At the very beginning of the twentieth century one of the major puzzles in dynamics concerned fluid motion.
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Abstract At the very beginning of the twentieth century one of the major puzzles in dynamics concerned fluid motion.
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1984
Abstract So far we’ve been able to cover a lot of ground with a minimum of material on fluid flow. At this point we need to present some more topics in fluid dynamics before returning in the next chapter to flow past spheres at Reynolds numbers higher than the Stokes range.
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Abstract So far we’ve been able to cover a lot of ground with a minimum of material on fluid flow. At this point we need to present some more topics in fluid dynamics before returning in the next chapter to flow past spheres at Reynolds numbers higher than the Stokes range.
openaire +1 more source