PPT-Fluids flow.

Fluids are a collection of randomly arranged molecules held together by weak cohesive forces This is unlike crystals solids which arrange orderly on a lattice Pressure Pascals law Buoyant forces and Archimedes Principle. Reminder:. . please turn in HW, pick up new one. Reminder:. . First Exam next Friday. , 1:55-3:50pm, Jordan Hall lab room. Will cover Gravity, Fluids (Ch.13, 14). Review Session:. Colloquium Today. Classification of Non-Newtonian Fluids. Laminar Flow of a Non-Newtonian fluid in Circular Pipes. Recommended text-book: W.F. Hughes, J.A. Brighton, . Schaum's. outline of theory and problems of fluid dynamics, New York: McGraw Hill, 1999. Nicole Sharp. Applied Mathematics Undergraduate Seminar. Texas A&M University. 2 October 2013. 2 O C T 2 0 1 3. N. S H A R P. What is a fluid?. A fluid is a substance that . deforms continuously . T-junction:. Consequences for network flow. Casey Karst,. . Brian Storey, & . John Geddes. Olin College. Heterogeneity in . microvascular. networks . Biology or property of networks?. De Backer et al. “. Nonvolatiles. at Moderate Temperatures. Bradley M. Gibson and Jacob T. Stewart. Department of Chemistry, University of Illinois at Urbana-Champaign. Benjamin J. McCall . Departments of Chemistry and Astronomy, University of Illinois at Urbana-Champaign. Yewande Dayo. Student Pharmacist. Objectives . Upon completion of this lecture, students should be able to. Perform calculations for adult and pediatric intravenous infusions. Perform rate-of-flow calculations for intravenous fluids. LAMINAR FLOW . V.S. TURBULENT FLOW. This shows turbulence because it’s all over the place and rough. This part of the picture shows Laminar Flow because it runs very smoothly. Fluids. A fluid is anything that flows: liquids and gases. One . common characteristic is that fluids have no fixed shape and are easily . deformed: . t. ake the shape of their containers.. Density. The density of a substance is the quantity of matter contained in a unit volume of the substance. . : . Fluids: . Fluid motion + Viscosity. Additional skills gained:. Application of knowledge to wider contexts. Objectives:. 51. . . a. . be able to use the equation for viscous drag (. Stokes’s. Law. Quiz 7 – 2014.01.10 . Question (15 . mins. ). A small capillary with an inside diameter of 2.22 .  10. -3. m and a length 0.317 m is being used to continuously measure the flow rate of a liquid having a density of 875 kg/m. (emphasis on helium, but not superfluid, . which will be covered later). Tom . Peterson, SLAC . January 2017. Outline. Cooling modes for superconducting devices . Forced flow cooling . Two-phase flow and pool boiling .  Fluid Statics. Why things float .  . Archimedes’ Principle. . Fluids in Motion .  . Fluid Dynamics. Hydrodynamics. Aerodynamics. 1. Example. : What does 1 liter (about a quart) of water weigh?. L-14 Fluids - 3 Fluids at rest  Fluid Statics Why things float  Archimedes’ Principle Fluids in Motion  Fluid Dynamics Hydrodynamics Aerodynamics 1 Review: Archimedes principle  Concept Checker . Ideal fluids have three main components. What are they?. Answer:. Steady Flow: the velocity of the fluid particles at any point in time is constant. Incompressible. Nonviscous. . Concept Checker 2.