'Lumped' diaporamas de présentation

Medium Voltage Induction Motor Protection and Diagnostics

Medium Voltage Induction Motor Protection and Diagnostics. Yi Du Pinjia Zhang Prof. Thomas G. Habetler School of Electrical and Computer Engineering Georgia Institute of Technology Atlanta, GA. Medium Voltage Facilities. Medium Voltage Supply. Medium Voltage Laboratory. Outline.

1.28k views • 61 slides

Today

735 views • 55 slides

Introduction to System Modeling and Control

Introduction to System Modeling and Control. Introduction Basic Definitions Different Model Types System Identification Neural Network Modeling. Mathematical Modeling (MM). A mathematical model represent a physical system in terms of mathematical equations

942 views • 54 slides

Digital System Design

868 views • 41 slides

MENTAL HEALTH RECOVERY: WHAT HELPS AND WHAT HINDERS?

MENTAL HEALTH RECOVERY: WHAT HELPS AND WHAT HINDERS?. A National Research Project for the Development of Recovery Facilitating System Performance Indicators. The Notion of Recovery.

739 views • 36 slides

Overview of the Colorado Basin River Forecast Center

501 views • 36 slides

Lecture 18 Hydrological modelling

1.37k views • 35 slides

Hydrologic Measurement Techniques

772 views • 32 slides

Laboratory of Hydrology & Water Resources Management - NTUA

509 views • 26 slides

Aspects of Permanent Magnet Machine Design

Aspects of Permanent Magnet Machine Design. Christine Ross February 7, 2011. Grainger Center for Electric Machinery and Electromechanics. Outline. Permanent Magnet (PM) Machine Fundamentals Motivation and Application Design Aspects PM Material PM Rotor Configurations

1.05k views • 24 slides

Introduction to HW/SW Codesign

Introduction to HW/SW Codesign. Part of HW/SW Codesign of Embedded Systems Course (CE 40-226). Today programme. Introduction to HW/SW Codesign Distinguishing features of electronic systems System-level codesign issues. Reference:

481 views • 24 slides

Application of MULTIFLUX for air, heat, and moisture flow simulations

Application of MULTIFLUX for air, heat, and moisture flow simulations. Dr. George Danko, Professor and Davood Bahrami, Research Fellow Department of Mining Engineering Mackay School of Earth Sciences and Engineering College of Science University of Nevada, Reno

409 views • 24 slides

Mafic Igneous Minerals

792 views • 22 slides

Circuit Theory

Circuit Theory. What you will use this for Power management Signals between subsystems Possible analog data types How the knowledge will help you Understanding power and energy requirements Behavior of digital electric signals Analog signal conditioning and limitations

1.44k views • 21 slides

Essentials of Human Anatomy & Physiology

446 views • 21 slides

Effects of High Power Microwaves and Chaos in 21 st Century Electronics*: Highlights of Research Accomplishme

MURI 01 www.ireap.umd.edu/MURI-2001. Effects of High Power Microwaves and Chaos in 21 st Century Electronics*: Highlights of Research Accomplishments Presented to Col. Schwarze Directed Energy Task Force January 17, 2007, The Pentagon *Administered by:

224 views • 21 slides

A Survey of Major Watershed (Rainfall-Runoff) Models

A Survey of Major Watershed (Rainfall-Runoff) Models. Knowing what is out there in the Workplace Capabilities of each model Requirements of each model What is the best model? Examples Ungaged area needing WRE management (expansion) Balancing $$, needs and requirements (Consulting)

639 views • 20 slides

Distributed Flow Routing

Distributed Flow Routing. Venkatesh Merwade, Center for Research in Water Resources. Surface Water Hydrology, Spring 2005 Reading: 9.1, 9.2, 10.1, 10.2. Outline. Flow routing Flow equations for Distributed Flow Routing (St. Venant equations) Continuity Momentum Dynamic Wave Routing

944 views • 20 slides

TRANSITION FROM LUMPED TO DISTRIBUTED SYSTEMS

TRANSITION FROM LUMPED TO DISTRIBUTED SYSTEMS. Victor Koren, Michael Smith, Seann Reed, Ziya Zhang NOAA/NWS/OHD/HL, Silver Spring, MD. Distributed and Lumped Modeling Dynamics. History Lessons. There is a similarity in dynamics of lumped and distributed model developments

160 views • 14 slides

ELEC 412 RF & Microwave Engineering

ELEC 412 RF & Microwave Engineering. Fall 2004 Lecture 14. Lumped Parameter Band-Pass Filter Design. Design an N=3 band-pass maximally flat (Butterworth) filter with a center frequency of 900 MHz. The Bandwidth of the filter is 20% ; That is, BW = (0.20)(900 MHz) = 1.8 MHz or ?0.9 MHz.

384 views • 9 slides