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Ideal Gas Law and a Jet Engine!
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Classroom Contents
Civil and Environmental Engineering Fundamentals
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- 1 Thiessen Polygon Method: Step 1
- 2 Peak Discharge Estimation: Rational Method
- 3 Thiessen Polygon Method: Step 2
- 4 Population Attributable Fraction, part 1
- 5 Thiessen Polygon Method: Step 5
- 6 Thiessen Polygon Method: Step 3
- 7 Thiessen Polygon Method: Step 4
- 8 Dispersion Modeling
- 9 Stage-Discharge Curve Example
- 10 Fundamental and Derived Quantities
- 11 Principle of Moments: Varignon's Theorem Example
- 12 Curve Fitting a Stage-Discharge Relationship
- 13 Cantilever Beam: Shear and Moment Diagrams
- 14 Rainfall Runoff Depth and Curve Number
- 15 Population Attributable Fraction, part 2
- 16 Static Equilibrium: Moments
- 17 Temperature Scales: Relative and Absolute
- 18 Polar, Cylindrical & Spherical Coordinate Systems
- 19 Mean Values of Spatial Data
- 20 Principle of Moments: Varignon's Theorem
- 21 Vectors for Engineering #1: What is a vector?
- 22 Environmental Contaminants
- 23 Aircraft Principal Axes
- 24 Creating a Contour Map Using Isolines
- 25 Wing Geometry Terminology
- 26 Static Equilibrium: 2D Beam Examples
- 27 Isometric to Orthographic drawing
- 28 Static Equilibrium: Finding Reactions
- 29 Cartesian Coordinate Systems
- 30 2D Cellular Automata - Conway's Game of Life
- 31 Vectors for Engineering #4: Vector Addition
- 32 Design of Multivariate Experiments
- 33 Measurement of an Irregular Channel Cross Section
- 34 Ideal Gas Law and a Jet Engine!
- 35 Internal Stress
- 36 Personal Standing Pressure
- 37 Rainfall Characteristics
- 38 Visualizing Raster Data in a Spreadsheet
- 39 Examples of Internal Stress
- 40 Vectors for Engineering #3: Vector Components
- 41 Defining a Spatial Basis
- 42 Deflate-Gate and the Ideal Gas Law
- 43 Numerical Integration of Wing Planforms
- 44 Buoyancy
- 45 Tian Deng Reverse Engineering Project: Surface Area Calculation
- 46 Orthographic Projection - a paper airplane example
- 47 How Much Helium?
- 48 "My First Model" - Introduction to Cellular Automata and Agent Modeling
- 49 Orthographic Projection of Points, Lines and Planes part 1
- 50 Creating Raster Data from a Contour Plot
- 51 Vectors for Engineering #2: Graphical Vectors
- 52 Air Pollution
- 53 Drinking Water Treatment
- 54 Static Equilibrium: Support Reactions
- 55 2D Vector Addition Aero example 1
- 56 Concentration
- 57 "How Old Are You - In Seconds?" An example to motivate precision and significant figures.
- 58 Water Supply Modeling
- 59 Tian Deng Reverse Engineering Project: Measurement
- 60 Stress States
- 61 Numerical Integration of Bird Wings
- 62 Surface Characteristics and Runoff
- 63 Measurement & Precision
- 64 Static Equilibrium: Forces
- 65 Erosion
- 66 2D Vector Addition Aero example 2
- 67 Observing Air Pressure
- 68 Balance and Moments excerpt
- 69 Distributed loads
- 70 The Ideal Gas Law
- 71 Area MOI Calculation Examples
- 72 Runoff Pollutants
- 73 Continuity Equation: Stream Flow Example 1
- 74 Simply Supported Beam: Shear and Moment Diagrams
- 75 Orthographic Projection of Points, Lines and Planes part 3
- 76 Continuity Equation: Stream Flow
- 77 Volume and Flow, part 1
- 78 Gauge Discharge
- 79 Orthographic Projection of Points, Lines and Planes part 2
- 80 Continuity Equation: Stream Flow Example 2
- 81 Effects Of Scale on Buoyant Flight
- 82 Buckling
- 83 Exponential Growth and Decay
- 84 Area Moment of Inertia
- 85 Volume and Flow: Example 1
- 86 Volume and Flow, part 2
- 87 Cross Channel Geometry
- 88 Stress & Strain Examples
- 89 Tian Deng Reverse Engineering Project: Volume Approximation Formulas
- 90 Tian Deng Reverse Engineering Project: Volume Calculations
- 91 Volume and Flow: Example 2
- 92 Gauge Discharge Example
- 93 Bending Stress on a Beam
- 94 Free Body Diagrams
- 95 Internal Forces
- 96 Shear Stress and Strain
- 97 Strain
