Conceptual models of the climate : 2003 program of study, Non-Newtonian geophysical fluid dynamics
MetadataShow full item record
Non-Newtonian fluids occur commonly in our world. These fluids, such as toothpaste, saliva, oils, mud and lava, exhibit a number of behaviors that are different from Newtonian fluids and have a number of additional material properties. In general, these differences arise because the fluid has a microstructure that influences the flow. In section 2 we will present a collection of some of the interesting phenomena arising from flow nonlinearities, the inhibition of stretching, elastic effects and normal stresses. In section 3 we will discuss a variety of devices for measuring material properties, a process known as rheometry.
Showing items related by title, author, creator and subject.
Billen, Magali I.; Hirth, Greg (American Geophysical Union, 2005-10-08)The effect of rheology on the evolution of the slab-tip during subduction initiation is analyzed using 2-D numerical flow models. Experimentally determined flow laws have both strong temperature- and stress-dependence, ...
Salmon, Rick; DeRemer, Barbara Ewing (Woods Hole Oceanographic Institution, 1990-10)The 1990 program in Geophysical Fluid Dynamics had as its special topic "Stellar Fluid Dynamics". Introductory lectures by Edward Spiegel and Jean-Paul Zahn paved the way for more specialized seminars on solar oscillations, ...