web-archive-net.com » NET » E » ENGINEERBLOGS.NET

Total: 180

Choose link from "Titles, links and description words view":

Or switch to "Titles and links view".
  • Computer Graphics - Engineer Blogs
    Mechanical Drafting Vertical Capital Letters and Numerals Inclined Capital Letters and Numerals Grades of Lead Basic Linetypes Descriptive Geometry Orthographic Projection Normal Surfaces Inclined Surfaces Oblique Surfaces Single Curve cylindrical Surfaces Help Completing Tables Auxiliary Views Section Views Dimensioning Sample Exams NX Materials CAD Engineering Glossary Mechanical Drawing Standards and Tables Computer Graphics Text Book Hearn and Baker Computer Graphics with OpenGL 3rd ed Pearson Prentice Hall 2003 J D Foley A van Dam S Feiner J Hughes Computer Graphics Principles and Practice 2nd ed Addison Wesley 1990 Lecture slide Course Introduction Transformations in 2D Transformations in 3D Polygon Filling Shading Hidden Surfaces Removal QuadTrees Ray Tracing For more Related posts Computer science engineering Computer Problem Solving in Electrical and Computer Engineering Leave a Reply Cancel reply Your email address will not be published Required fields are marked Comment Name Email Website Notify me of follow up comments by email Notify me of new posts by email Top Posts Pages Digital Signal processing Signals and Systems Fluid Mechanics Nanoelectronics Ethics Engineering Materials Science and Engineering Image Processing Solar tracker Electromagnetic waves III Civil and Environmental Engineering Systems Analysis Recent Posts Programming Tutorials Java Online math tutorials and notes Sun tracker

    Original URL path: http://www.engineerblogs.net/other-courses/computer-graphics/ (2016-04-27)
    Open archived version from archive


  • Problem Solving in Electrical and Computer Engineering
    Computer Engineering Problem Solving in Electrical and Computer Engineering Text book Delores M Etter Engineering Problem Solving with MATLAB second edition Prentice Hall 1997 Lectures Notes 1 Lab Safety Engineering problem solving 2 The MATLAB environment 3 MATLAB functions 4 Linear algebra and matrices 5 Solutions to systems of linear equations 6 Interpolation and curve fitting 7 Numerical integration and differentiation 8 Ordinary differential equations 9 Symbolic mathematics 10 Special topics signal processing controls 11 Graphical user interface GUI building in MATLAB Exams Midterm sample midterm with solutions GUI Problem Sample Code and Solution Problem Solving in Electrical and Computer Engineering Related posts Computer science engineering Electrical Engineering Mathematics Electrical engineering Leave a Reply Cancel reply Your email address will not be published Required fields are marked Comment Name Email Website Notify me of follow up comments by email Notify me of new posts by email Top Posts Pages Digital Signal processing Signals and Systems Fluid Mechanics Nanoelectronics Ethics Engineering Materials Science and Engineering Image Processing Solar tracker Electromagnetic waves III Civil and Environmental Engineering Systems Analysis Recent Posts Programming Tutorials Java Online math tutorials and notes Sun tracker home made Fundamentals of Power Engineering Civil and Environmental Engineering Systems

    Original URL path: http://www.engineerblogs.net/other-courses/problem-solving-in-electrical-and-computer-engineering/ (2016-04-27)
    Open archived version from archive

  • Solid State Devices - Engineer Blogs
    3D Crystals Density of States Fermi Dirac Statistics Charge field potential Donor Acceptor Equilibrium Statistics Carrier Conc Recombination Generation SRH formula Surface Recombination Transport Hall Measurem Drift diffusion Eq PN Junction Diode Electrostatics I V Characteristics Forward I V Characteristics Reverse DC IV wrap up AC Resp AC Resp Trans MS Contacts Schottky Diodes Introduction to Bipolar Transistors BJT BJT Nonideal effects BJT Design BJT II HBT I HBT II MOS C Electrostatics I MOS C gate voltage poly dep Simple IV VD MOSFET ID VD Characteristics MOSFET ID VD Complete Reliability Effects Non ideal Back Bias degradation SCE SOI Mod MOS quantum effects etc Reliability Solid State Devices Summer 2010 Lecture Notes Textbook Semiconductor Physics Devices 3rd Ed D A Neaman Reference and Additional Resource Materials How to Use Mathcad Mathcad Worksheets with Semiconductor Data and Models Introduction to Solid State Electronic Devices ECE 132 Textbook Solid State Electronic Devices by B G Streetman and S Banerjee Course Description Electrons and holes in semiconductors doping p and n state occupation statistics transport properties of electrons and holes p n junction diodes I V C V and switching properties of p n junctions introduction to bipolar transistors MOSFETs and JFETs F Lecture Notes Notes 1 27 Notes 28 54 Notes 55 60 Solid State Devices Spring 2013 Course Description Basic semiconductor physics PN junction bipolar junction transistor BJT metal oxide semiconductor field effect transistor MOSFET Textbook Advanced Semiconductor Fundamentals 2nd Edition ASF R F Pierret Pearson Education Inc 2003 Textbook Semiconductor Device Fundamentals 2nd Edition SDF R F Pierret Addison Wesley Publishing Co Click here for Lecture notes and Video Homework solution Quiz answer Exam solutions INTEGRATED CIRCUIT DEVICES EECS130 Textbook R F Pierret Semiconductor Device Fundamentals Addison Wesley 1996 Lecture Notes COURSE OBJECTIVE To develop a physical understanding of

    Original URL path: http://www.engineerblogs.net/course-categories/physics/solid-state-devices/ (2016-04-27)
    Open archived version from archive

  • Biophysical Chemistry
    I NMR short course part II NMR short course part III Biological mass spectrometry Biological mass spectrometry part II Biophysical Chemistry Lecture Notes Here you can download PDF versions of lecture notes Physical Chemistry of Biochemical Systems Text Book Physical Chemistry for the Life Sciences 2nd edition by Peter Atkins and Julio de Paula Click here Genetic Systems and Structures Lac repressor structure Notes on thermodynamics Intro to molecular modeling of DNA Biophysical Chemistry I Introduction to Biomolecular Structure and Interactions Text Book Structural Biology World Scientific Publishing Co 2009 Course syllabus Basics of protein structure Thermodyanmics protein protein interactions Notes on statistical mechanics Protein phosphorylation Protein folding Basics of nucleic acid structure Protein DNA interactions Lipids and membrane proteins Enzymes and mechanisms The immune system Virus structures Biophysical Chemistry II Methods in Molecular Biophysics Text Book Methods in Molecular Biophysics Structure Dynamics Function by I N Serkyuk N R Zaccai and J Zaccai Course syllabus Introduction Notes on thermodynamics Thermodynamics and calorimetry Hydrodynamics and centrifugation Rotational motion flucutations and fluorescence Crystallography and cryo EM spectroscopy Biomolecular vibrational spectroscopy Molecular modeling and theory Biophysical Chemistry I Introduction to Biomolecular Structure and Interactions Text Book Structural Biology World Scientific Publishing Co 2009 Course syllabus Week 1 Introduction Olson Spreadsheet for PDB analysis CA only PDB file Lecture notes Protein protein interactions Phosphorylation DNA structure Protein DNA interactions DNA condensation and packaging RNA and the ribosome Structural data for tRNA Lipids and membranes Membrane proteins Enzymes The immune system Virus structures Final student presentations Methods in Molecular Biophysics Introduction to Biophysics Methods Thermodynamics Hydrodynamics Rotational motion and fluorescence Biomolecular NMR Biomolecular NMR Protein vibrational spectroscopy Molecular dynamics simulations Dynamics from NMR Cryo electron microscopy Genetic Systems and Structures Lac repressor structure Intro to modeling of DNA Notes on distance geometry Reference other

    Original URL path: http://www.engineerblogs.net/other-courses/1062-2/ (2016-04-27)
    Open archived version from archive

  • Seeing and Believing Detection Measurement and Inference in Experimental Physics - Engineer Blogs
    two detectors lecture notes slides Lecture 2 What are you radiating lecture notes slides Lecture 3 What do you have to detect to study the very small particles and the very large the universe lecture notes slides Lecture 4 Seeing light detectors for electromagnetic radiation lecture notes slides Lecture 5 Seeing particles detectors for high energy particles lecture notes slides Lecture 6 Uncertainty lecture notes slides Lecture 7 Background on Case Study 1 the Solar Neutrino Problem lecture notes slides The actual delivery of the two lectures below was not in this order but I am posting them in the originally intended order Lecture 8 Seeing and Believing with SNO Solving the Solar Neutrino Problem lecture notes slides Lecture 9 Background on Case Study 2 The Problem of Dark Energy lecture notes Lecture 10 Seeing and Believing with the South Pole Telescope Towards insights into Dark Energy lecture notes slides Related posts Physics Physics Ethics Engineering Leave a Reply Cancel reply Your email address will not be published Required fields are marked Comment Name Email Website Notify me of follow up comments by email Notify me of new posts by email Top Posts Pages Digital Signal processing Signals and Systems

    Original URL path: http://www.engineerblogs.net/other-courses/seeing-and-believing-detection-measurement-and-inference-in-experimental-physics/ (2016-04-27)
    Open archived version from archive

  • Mathematics for Business Decisions - Engineer Blogs
    Philosophy for Business Math Content 1 The Theory of Interest 2 Evaluating and Graphing Functions in Excel 3 Summation 4 Venn Diagrams 5 Basic Probability 6 Conditional Probability and Independence 7 Law of Total Probability and Bayes Theorem 8 Introduction to Random Variables Expected Value and Variance 9 Finite Random Variables 10 Continuous Random Variables 11 Equation Editor 12 Database Functions Dcount Daverage and Filtering 13 Range Naming 14 Sorting 15 Probability Distributions and Histograms 15 Probability Distributions and Histograms Excel Practice sheet 16 Applications of Probability Distributions and Histograms 16 Applications of Probability Distributions and Histograms Excel Practice sheet 17 Simulation Practice Sets Course Material Practice problem sets and solutions Lecture Notes Homework Sets and solutions Projects Sample Exams and Solutions Supplemental material Personal Philosophy for Business Math Bookmark simulations The basics of probability Leave a Reply Cancel reply Your email address will not be published Required fields are marked Comment Name Email Website Notify me of follow up comments by email Notify me of new posts by email Top Posts Pages Digital Signal processing Signals and Systems Fluid Mechanics Nanoelectronics Ethics Engineering Materials Science and Engineering Image Processing Solar tracker Electromagnetic waves III Civil and Environmental Engineering Systems

    Original URL path: http://www.engineerblogs.net/2013/01/24/mathematics-for-business-decisions/ (2016-04-27)
    Open archived version from archive

  • Civil and Environmental Engineering
    Wastewater biological processes Field Trip Ames Water Pollution Control Facility Wastewater standards onsite preliminary primary and secondary treatment Wastewater biochemical environment Design Problem Activated Sludge Wastewater trickling filter and activated sludge Wastewater sludge and biosolids treatment and disposal Wastewater membrane processes Earth and Environmental Sciences 2120 PETROLOGY Lecture Notes TEXTBOOKS Earth Materials by Hefferan and O Brien H O An Introduction to the Rock Forming Minerals 2 nd Ed by Deer Howie Zussman DHZ COURSE GOALS OBJECTIVES Since Rocks are the basic building blocks of the Earth this course is designed to give the student a fundamental background in rocks necessary to understand the Earth The student will learn the principles behind rock forming processes and will learn to examine rocks in hand specimen and thin section both as a means of identifying and describing the rocks and as a means of extracting clues to formulate hypotheses about how the rocks formed in nature Links to Petrology Web Sites of Interest The Geochemical Earth Reference Model GERM Michigan Technological University Volcanoes Page U North Carolina Atlas of Igneous Metamorphic Rocks Minerals Textures Civil and Environmental Engineering Systems Analysis CE 191 Textbook Civil and Environmental Systems Engineering C Revelle E Whitlatch R Wright Prentice Hall 2004 Lecture Notes Lab Topics Linear optimization Introduction Graphical Solutions of Linear Programs Engineering Solutions of Linear Programs Gradient Refresher Integer Programming Integer Solutions of Integer Programs Branch and Bound Continued Mixed Integer Linear Programming MILP MILP Continued Dynamic Programming Introduction to Nonlinear Programming Gradient Descent Methods Interior Point Methods Convergence Dynamic Programming Help Wind Power Management Textbook A Vieira Da Rosa Fundamentals of Renewa ble Energy Processes Elsevier San Diego CA 2013 Lecture Notes Ref Course Description The course introduces principles of wind power production design of wind turbines location and design of wind farms

    Original URL path: http://www.engineerblogs.net/other-courses/civil-and-environmental-engineering/ (2016-04-27)
    Open archived version from archive

  • Design Environments - EngineerBlogs.net
    Lectures Homework solutions Quiz Solutions and Exams Textbook D T Allen and D Shonnard Green Engineering Environmentally Conscious Design of Chemical Processes Prentice Hall 2001 Related posts Green Engineering Digital Logic Design VHDL Tutorials Other courses Leave a Reply Cancel reply Your email address will not be published Required fields are marked Comment Name Email Website Notify me of follow up comments by email Notify me of new posts by

    Original URL path: http://www.engineerblogs.net/other-courses/design-environments/ (2016-04-27)
    Open archived version from archive



  •