PPT-Computational Thermodynamics and Eutectic System Module

Mujan Seif 1 and Erik Hanson 2 The 6 th Summer School for Integrated Computational Materials Education 830 AM West Hall Room 340 15 June 2017 1 Department of Chemical and Materials Engineering University of Kentucky. 656 JPEG Encoder Scaler H264MPEG2 TranscoderEncoder SX3 1Gbit FCRAM 30. Ni. 20. Mn. 35. Al. 15 . Ian Baker, Dartmouth . College,DMR. 0905229. The objective of this . project . is to understand and model the microstructure and deformation mechanisms controlling the strength and ductility as a function of temperature and strain rate for different lamellar . DEVELOPMENT OF MICROSTRUCTURE IN. EUTECTIC ALLOYS. Depending on composition, several different types of microstructures are possible for the slow cooling of alloys belonging to binary eutectic systems.. AP Environmental Science. What is Energy?. Energy is a . measurable quantity. that can be stored in a physical system. Energy can be . transferred. from one system to another and so . cause changes. Lecture 1. Plan of the Course. The Geochemical Toolbox. Thermodynamics. Kinetics. Aquatic systems. Trace elements & magmatic systems. Isotopes. Radiogenic. Stable. The Big Picture: Cosmochemistry. Advanced Chemistry. Ms. . Grobsky. What is Energy?. Energy. . is the capacity to do work. Thermal energy. is the energy associated with the random motion of atoms and molecules. Kinetic energy . is the energy due to motion. Principles of . Engineering. 1. Thermodynamics. Rub your hands together for 15 seconds.. Are your hands warm?. Thermal energy. 2. Thermodynamics. The study of the effects of work, heat flow, and energy on a system. Authors: Kyu . Han . Koh et. al.. Presented . by : . Ali Anwar. ABOUT ME. B.Sc. Electrical Engineering, University of Engineering and Technology Lahore, Pakistan. M.Sc. Computer Engineering. , University of Engineering and Technology Lahore, . Thermodynamics. Rub your hands together for 15 seconds.. Are your hands warm?. Thermal energy. Thermodynamics. The study of the effects of work, heat flow, and energy on a system. Movement of thermal energy. Champion Deivanayagam. Center for Biophysical Sciences and Engineering. University of Alabama at Birmingham.. Outline:. Laws of thermodynamics. Enthalpy. Entropy. Gibbs free energy. some examples. Patreon.com/. scientistmel. Twitter.com/. scientistmel. 4-7-18 11 am CST. Thermodynamics. Studies the effects on a system. Work. Heat. Energy. System?. System – quantity of matter. Boundaries – fixed or moveable. Topics to be covered . Laws of thermodynamics: . Zeroth law, First law, Second law, and Third law. Thermal Processes: . Isobaric, Isochoric, adiabatic, and Isothermal. Heat engines, Refrigerators, Air-conditioners, and Heat pumps. . Thermal Physics. Thermodynamics. kinetic theory. statistical mechanics. Derive all equilibrium properties of a . macroscopic molecular . system. . f. rom the laws of molecular dynamics:. . . Statistical physics. Two Eutectic Points. Peritectic and Eutectic Points. Solid solution. More accurately represent real igneous rocks. Phase Rule: df = C - P + 1 (T can be plotted as contours). A. B. C. Cotectic. Ternary.