'Unit length' diaporamas de présentation

mechanical behavior of materials 1. overview of mechanical behavior 2. dislocations

mechanical behavior of materials 1. overview of mechanical behavior 2. dislocations 3. plastic deformation in single and polycrystalline materials 4. strengthening of crystalline materials 5. fracture mechanics 6 . High temperature deformation of crystalline materials

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Seminar

Seminar. Reporter ? Chine-Feng Wu Advisor ? Jeng-Tzong Chen Date ? October 22, 2019 Space ? HR1 104. Outline. Continuous system Discrete system SDOF MDOF. Question ?.

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CAPACITANCE III

CAPACITANCE III. RECAP. The electrostatic energy stored in the capacitor. Capacity increases if the dielectric material is introduced. If the battery is connected If the capacitor is charged, disconnected from battery, and then dielectric is introduced. Capacities with the dielectric.

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ConcepTest 12.1a Sound Bite I

ConcepTest 12.1a Sound Bite I. 1) the frequency f 2) the wavelength l 3) the speed of the wave 4) both f and l 5) both v wave and l. When a sound wave passes from air into water, what properties of the wave will change?. ConcepTest 12.1a Sound Bite I. 1) the frequency f

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CHAPTER #3 SHEAR FORCE & BENDING MOMENT

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Distributed Forces: Centroids and Centers of Gravity

Distributed Forces: Centroids and Centers of Gravity. Contents. Introduction Center of Gravity of a 2D Body Centroids and First Moments of Areas and Lines Centroids of Common Shapes of Areas Centroids of Common Shapes of Lines Composite Plates and Areas Sample Problem 5.1

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IlliDOL: A Framework for Exploration of L-Systems in Three Dimensions

IlliDOL: A Framework for Exploration of L-Systems in Three Dimensions. Vilas Dhar dhar@uiuc.edu Math 198 Spring 2003. What are Lindenmeyer Systems?.

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Introduction

Introduction. Irreversibility Some cases of irreversible processes : -heat transfer through a finite temperature difference -Friction -inelastic deformation -electric flow through a resistance -unrestrained expansion of fluids -spontaneous chemical reactions.

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Transport properties: conductance and thermopower

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Chapter 32

Chapter 32. Inductance. Quick Quiz 32.1. A coil with zero resistance has its ends labeled a and b . The potential at a is higher than at b . Which of the following could be consistent with this situation? (a) The current is constant and is directed from a to b

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Chapter 5: Traffic Stream Characteristics

Chapter 5: Traffic Stream Characteristics. Chapter objectives: By the end of this chapter the student will be able to:. Explain the difference between uninterrupted flow and interrupted flow Explain the three principal traffic-stream parameters and how to obtain them

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Sources of Magnetic Fields

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Do Now

Do Now. A car moving with initial velocity of 5 mph accelerates at. mph per second for 8 seconds. (a) How fast is the car going when the 8 seconds are up?. (b) How far did the car travel during these 8 seconds?. Section 7.1b. Modeling with Integrals as Net Change.

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Introduction to Magnetic Fields

Learning Objectives. Book Reference : Pages 106-107. Introduction to Magnetic Fields. To recap the nature of the magnetic field around a bar magnet & the Earth To understand the nature of the magnetic field around a current carrying wire

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VOLUME

VOLUME. What is Volume?. Volume is the measure of the capacity of a container. It is the measure of how much a container of a particular shape will hold - liquids, dry substances, etc. Cubic Units. Volume is measured in cubic units . Use cubes to fill a rectangular prism such as a box.

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Exam 3

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Heat Transfer Rates

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Forces in straight two-force members

Forces in straight two-force members. The internal forces are equivalent to the axial force and the are reduced to a couple.

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CHAPTER 23 Multivariate Experiments

CHAPTER 23 Multivariate Experiments. Tables, Figures, and Equations. From: McCune, B. & J. B. Grace. 2002. Analysis of Ecological Communities . MjM Software Design, Gleneden Beach, Oregon http://www.pcord.com.

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