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ENGINEERING BY SUBJECT: SECTION I


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Home Page ~ Engineering Center



ENGINEERING BY SUBJECT: SECTION I


Acoustics/Audio ~ Aerodynamics, Aerospace & Aviation

Agriculture & Food Procesing ~ Chemical ~ Civil








      Aerospace & Aviation

        Aerospace Engineering Related Centers

        FOR AEROSPACE ENGINEERING CALCULATORS, APPLETS, SIMULATIONS, VIDEOS/MOVIES SEE THE ENGINEERING CALCULATOR CEMTER: AERONAUTICS & AEROSPACE ENGINEERING




        General Aviatiion Courses & Teaching Modules

        PROPULSION - Glenn Research Center, NASA Multimedia Propulsion Course, Teaching Modules (Text, Images, Applets, Animations, Simulations, Videos/Movies). VERY VERY VERY...EXTENSIVE.
        Glenn Research Centers Propulsion Subject Categories include:
          "...Propulsion Systems; Speed Regimes; Science & Math Fundamentals;
          Static Gases, Thermodynamics; Thrust; Turbine Engines;
          Turbine Engine Analysis; Internal Combustion; Internal Combustion Parts;
          Ramjets & Scramjets; Rocket Engines; Component Analysis; etc..."
        For more information see Beginner's Guide to Aeronautics; Glenn Learning Technologies Project or the Glenn Research Center



        SEE HOW IT FLIES - John S. Denker Multimedia How to Fly Airplanes Course (Text, Images, Animations & Simulations). VERY VERY VERY...EXTENSIVE.
        See How to Fly Airplanes Book
          "...is intended to appeal to pilots and everyone else who is interested in how airplanes behave. The idea is to concentrate on ideas that are useful in the cockpit, and to explain them as clearly as possible..."
        How to Fly Airplanes Book Chapters include:
          "...Energy Awareness and Energy Management;
          Angle of Attack Awareness and Angle of Attack Management;
          Airfoils and Airflow; Lift, Thrust, Weight, and Drag;
          Vertical Damping, Roll Damping, and Stalls;
          Angle of Attack Stability, Trim, and Spiral Dives;
          Energy and Power; Yaw-Wise Torque Budget;
          Roll-Wise Torque Budget; Equilibrium, Stability, and Damping;
          Slips, Skids, and Snap Rolls; Landing; Takeoff;
          Cross-Country Flying; Emergency Procedures;
          Flight Maneuvers; Multi-Engine Flying; Stalls and Spins;
          The Laws of Motion; etc..."
        For more information see John S. Denker's Home Page



        Space Flight Courses & Teaching Modules

        FOR SPACE FLIGHT CALCULATORS, APPLETS, SIMULATIONS, VIDEOS/MOVIES SEE THE ENGINEERING CALCULATOR CENTER: AERONAUTICS & AEROSPACE ENGINEERING



        BASICS OF SPACE FLIGHT - D. Doody and G. Stephan (Authors); Maintained by D. F. Miller; Published by Jet Propulsion Laboratory, Mission Operations Section, Operations System Training Group, JPL Multimedia Space Fight Course, Teaching Modules (Text and Images). Includes: "...The Environment (The Solar System, Earth and its Reference Systems, Gravitation and Mechanics, Interplanetary Trajectories, Planetary Orbits, Electromagnetic Phenomena); Space Flight Projects (Overview of Mission Inception, Experiments, Spacecraft Classification, Telecommunications, Typical Onboard Subsystems, Typical Science Instruments, Spacecraft Navigation) and Space Flight Operations (Launch Phase, Cruise Phase, Encounter Phase, Extended Operations Phase), etc..." For more information see the Jet Propulsion Laboratory





    CHEMICAL ENGINEERING


      Chemical Engineering Related Centers

      An example of Chemical Engineering Courses & Teaching Modules

        CHEMICAL REACTION ENGINEERING - CHE 344 - H.S. Fogler, Department of Chemical Engineering, College of Engineering, University of Michigan Multimedia Chemical Reaction Engineering Course (Text, Images & Audio/Sound). VERY VERY VERY...EXTENSIVE.
        Chemical Reaction Engineering
          "...covers the fundamentals of chemical reaction engineering including: rate laws, kinetics, mechanisms of homogeneous and heterogeneous reactions, analysis of rate data, multiple reactions..."
        Examples of Chemical Reaction Engineering Chapters & Subchapters include:
          Mole Balances
            "...Chemical Identity; Reaction Rate; General Mole Balance Equation;
            Mole Balance on Different Reactor Types..."
          Conversion and Reactor Sizing
            "...Conversion; Design Equations; Reactor Sizing;
            Numerical Evaluation of Integrals; Reactors in Series;
            Space Time; etc..."
          Rate Laws and Stoichiometry
            "...Relative Rates of Reaction; Power Law Model; Non-Elementary Rate Laws;
            Batch System Stoichiometric; Flow System Stoichiometric Table; etc..."
          Algorithm for Isothermal Reactor Design
            "...Isothermal Reactor Design; Reversible Reactions;
            Engineering Analysis; Membrane Reactors; Semibatch Reactors; etc..."
          Multiple Reactions
            "...Selectivity and Yield; Reactions in Series;
            Algorithm for Multiple Reactions; etc..."
          Steady-State Non-Isothermal Reactor Design
            "...Manipulating the Energy Balance, DHRx; Adiabatic Reactions;
            Interstage Cooling/Heating; Multiple Steady States; etc..."
          Catalysis and Catalytic Reactions
            "...Octane Rating; Steps in Catalytical Reaction;
            Regulation for Automotive Exhaust Emissions;
            Types of Catalyst Deactivation; Temperature-Time Trajectories; etc..."
        For more information see the Chemical Reaction Engineering Course Home Page; Chemical Reaction Engineering Home Page; Department of Chemical Engineering or the College of Engineering

          Some examples from over "13" Chemical Reaction Engineering Chapters include

            Algorithm for Isothermal Reactor Design
            Algorithm for Isothermal Reactor Design includes
              "...Algorithm for Isothermal Reactor Design;
              Applications/Examples of CRE Algorithm; Reversible Reactions; etc..."

            Steady-State Non-Isothermal Reactor Design
            Steady-State Non-Isothermal Reactor Design includes
              "...Overview of User Friendly Energy Balance Equations;
              Manipulating the Energy Balance;
              Reversible Reactions; Adiabatic Reactions Index; etc..."






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