Канал: Thomas Pressly

Using Method of Joints to Perform a Consistency Check on a Truss Simulation Result

Using Method of Joints to Perform a Consistency Check on a Truss Simulation Result

Simulating a Truss Using the Free Website from John's Hopkins Whiting School of Engineering

Simulating a Truss Using the Free Website from John's Hopkins Whiting School of Engineering

How to Define the Engineering Role vs Scientist or Technologist

How to Define the Engineering Role vs Scientist or Technologist

How to Find Out What Engineers Do

How to Find Out What Engineers Do

How to Give a Short Presentation for an Engineering or Science Course Online

How to Give a Short Presentation for an Engineering or Science Course Online

Macro vs Spreadsheet Calculations for Euler's Method - Example of Numerical Methods using MS Excel

Macro vs Spreadsheet Calculations for Euler's Method - Example of Numerical Methods using MS Excel

Combining Concepts and Getting Started with a Simple Game - Arcade - Part 1 of 2

Combining Concepts and Getting Started with a Simple Game - Arcade - Part 1 of 2

Combining Concepts and Getting Started with a Simple Game - Arcade - Part 2 of 2

Combining Concepts and Getting Started with a Simple Game - Arcade - Part 2 of 2

Example of Class Inheritance in C++ - ENGR 2304

Example of Class Inheritance in C++ - ENGR 2304

Function to Calculate Sine of an Angle in Degrees - Preparing Functions for Reuse - C++ - ENGR 2304

Function to Calculate Sine of an Angle in Degrees - Preparing Functions for Reuse - C++ - ENGR 2304

Templates - Syntax with Functions and Classes - C++ - ENGR 2304

Templates - Syntax with Functions and Classes - C++ - ENGR 2304

A Comparison of Recursive and Iterative Functions in C++ - ENGR 2304

A Comparison of Recursive and Iterative Functions in C++ - ENGR 2304

Program 10 - Part 1 - Adding Templates to Functions - C++ - ENGR 2304

Program 10 - Part 1 - Adding Templates to Functions - C++ - ENGR 2304

Using a Vector of a Programmer Defined Class and random in C++

Using a Vector of a Programmer Defined Class and random in C++

Program 9 - Part 1 - Using Linked Lists with the List Class - C++ - ENGR 2304

Program 9 - Part 1 - Using Linked Lists with the List Class - C++ - ENGR 2304

Using Iterators with Vectors, For Loops - Index, Range, and Iterator based - C++ - ENGR 2304

Using Iterators with Vectors, For Loops - Index, Range, and Iterator based - C++ - ENGR 2304

Converting a Transpose Matrix to Use Vectors and a Class - C++ - ENGR2304

Converting a Transpose Matrix to Use Vectors and a Class - C++ - ENGR2304

Gauss Elimination Program - Part 1 - C++ - Adapted from Etter - ENGR 2304

Gauss Elimination Program - Part 1 - C++ - Adapted from Etter - ENGR 2304

Declaring two dimensional arrays and vectors in C++ - ENGR2304

Declaring two dimensional arrays and vectors in C++ - ENGR2304

Statistical Analysis using Vector Class in C++ - Part 2 - ENGR 2304

Statistical Analysis using Vector Class in C++ - Part 2 - ENGR 2304

Strings and Vectors - Memory Management by Class and Additional Functions - C++ - ENGR 2304

Strings and Vectors - Memory Management by Class and Additional Functions - C++ - ENGR 2304

Statistical Analysis using Vector Class in C++ - Part 1 - ENGR 2304

Statistical Analysis using Vector Class in C++ - Part 1 - ENGR 2304

Introduction to Vector Class and Arrays in C++ - ENGR 2304

Introduction to Vector Class and Arrays in C++ - ENGR 2304

Pig Dice Game - Part 3 - Player Class Implementation - C++ - ENGR 2304

Pig Dice Game - Part 3 - Player Class Implementation - C++ - ENGR 2304

Example of class, pass by reference, operator overloading, portioning an int - C++ - ENGR 2304

Example of class, pass by reference, operator overloading, portioning an int - C++ - ENGR 2304

Dice Game Pig - Part 2 - dice class Implementation - C++ - ENGR 2304

Dice Game Pig - Part 2 - dice class Implementation - C++ - ENGR 2304

Using rand() and srand() with Modulus in C++ to Generate Pseudorandom Numbers - ENGR2304

Using rand() and srand() with Modulus in C++ to Generate Pseudorandom Numbers - ENGR2304

Dice Game Pig - Part 1 - Control Structure - C++ - ENGR 2304

Dice Game Pig - Part 1 - Control Structure - C++ - ENGR 2304

Pointers, Pass by Value, and Pass by Reference - C++ - ENGR 2304

Pointers, Pass by Value, and Pass by Reference - C++ - ENGR 2304

Using stream state flags and validating data read from a file - C++ - ENGR 2304

Using stream state flags and validating data read from a file - C++ - ENGR 2304

Stream state flags in C++ when using files - ENGR 2304

Stream state flags in C++ when using files - ENGR 2304

Visual Studio 2019 - Using Input and Output Files with C++ - ENGR 2304

Visual Studio 2019 - Using Input and Output Files with C++ - ENGR 2304

Input and Output files in C++ using Code::Blocks - ENGR 2304

Input and Output files in C++ using Code::Blocks - ENGR 2304

Introduction to Using Input and Output Files in C++ - ENGR 2302

Introduction to Using Input and Output Files in C++ - ENGR 2302

Loops to Collect Data - Counter, Sentinel, and End of Data - C++ - ENGR 2304

Loops to Collect Data - Counter, Sentinel, and End of Data - C++ - ENGR 2304

Program to print out numbers and square roots in table using a for loop - C++ - ENGR 2304

Program to print out numbers and square roots in table using a for loop - C++ - ENGR 2304

For loop, class, and functions - calculate trig functions and display formatted output C++- ENGR2304

For loop, class, and functions - calculate trig functions and display formatted output C++- ENGR2304

Flowchart comparison of while, do while, and for loops in C++ - ENGR 2304

Flowchart comparison of while, do while, and for loops in C++ - ENGR 2304

Intro comparison of while, do while, and for loops in C++ - ENGR 2304

Intro comparison of while, do while, and for loops in C++ - ENGR 2304

Introduction to using a class with operator overloading - ENGR 2304

Introduction to using a class with operator overloading - ENGR 2304

Construction of a truth table with logical AND, OR, and NOT in C++ - ENGR 2304

Construction of a truth table with logical AND, OR, and NOT in C++ - ENGR 2304

Introduction to the concept of class in C++ - ENGR 2304

Introduction to the concept of class in C++ - ENGR 2304

Coding if/else structure in C++ from a short flowchart - ENGR 2304

Coding if/else structure in C++ from a short flowchart - ENGR 2304

Introduction to if and switch statements in C++ - ENGR 2304

Introduction to if and switch statements in C++ - ENGR 2304

Using the cmath library in C++ to code equations - ENGR 2304

Using the cmath library in C++ to code equations - ENGR 2304

Using bases in C++ and output numbers in hex, oct, or dec - ENGR 2304

Using bases in C++ and output numbers in hex, oct, or dec - ENGR 2304

Input Output Manipulators and Format Flags in C++ - Intro - ENGR 2304

Input Output Manipulators and Format Flags in C++ - Intro - ENGR 2304

Using Excel to calculate a function from numerical values in cells

Using Excel to calculate a function from numerical values in cells

C++ - Introduction to types and input/output

C++ - Introduction to types and input/output

C++ Program to output the value of a math equation using a function

C++ Program to output the value of a math equation using a function

Arcade.makecode.com - Introduction to Using Lists and Debugging by Isolating Code - ENGR 2304

Arcade.makecode.com - Introduction to Using Lists and Debugging by Isolating Code - ENGR 2304

Installing and using Visual Studio 2019 to Run a Hello World Program in C++

Installing and using Visual Studio 2019 to Run a Hello World Program in C++

Installing and using Code Blocks to Run a Hello World Program in C++

Installing and using Code Blocks to Run a Hello World Program in C++

Getting started in C++ with onlineGDB.com

Getting started in C++ with onlineGDB.com

Arcade.makecode.com - Using Loops and If Then Statements - ENGR 2304

Arcade.makecode.com - Using Loops and If Then Statements - ENGR 2304

Arcade.makecode.com - Using Tiles and Boundaries - ENGR 2304

Arcade.makecode.com - Using Tiles and Boundaries - ENGR 2304

Arcade.makecode.com - Getting Started - ENGR 2304

Arcade.makecode.com - Getting Started - ENGR 2304

Dynamics - Kinetics - Equations of Motion - Translation of a Rigid Body in Curvilinear Motion

Dynamics - Kinetics - Equations of Motion - Translation of a Rigid Body in Curvilinear Motion

Dynamics - Kinetics - Equations of Motion - Translation of a Rigid Body - Planar Motion

Dynamics - Kinetics - Equations of Motion - Translation of a Rigid Body - Planar Motion

Dynamics - Conservation of Angular Momentum to Find Radial Velocity

Dynamics - Conservation of Angular Momentum to Find Radial Velocity

Dynamics - Angular Momentum of Particles - Applied Moment

Dynamics - Angular Momentum of Particles - Applied Moment

Dynamics - Oblique Impact of Two Particles

Dynamics - Oblique Impact of Two Particles

Dynamics - Particle Impact with an Immovable Object - Coefficient of Restitution

Dynamics - Particle Impact with an Immovable Object - Coefficient of Restitution

Dynamics - Two Particle Impact - Conservation of Momentum & Coefficient of Restitution

Dynamics - Two Particle Impact - Conservation of Momentum & Coefficient of Restitution

Dynamics - Power, Speed, Drag, Rolling Resistance, and an Incline

Dynamics - Power, Speed, Drag, Rolling Resistance, and an Incline

Dynamics - Power and Efficiency - Power Supplied to a Motor to Raise a Crate

Dynamics - Power and Efficiency - Power Supplied to a Motor to Raise a Crate

Dynamics - Work and Energy - Velocity of a Slider in the Vertical Plane - Kinetics

Dynamics - Work and Energy - Velocity of a Slider in the Vertical Plane - Kinetics

Dynamics - Work and Energy and Equations of Motion - Particle - Kinetics

Dynamics - Work and Energy and Equations of Motion - Particle - Kinetics

Dynamics - Work and Energy to Solve a Pulley Problem - Two Particles - Kinetics

Dynamics - Work and Energy to Solve a Pulley Problem - Two Particles - Kinetics

Dynamics - Equations of Motion - Polar Coordinates - Kinetics - Particle in a Vertical Slot

Dynamics - Equations of Motion - Polar Coordinates - Kinetics - Particle in a Vertical Slot

Dynamics - Equations of Motion - Polar Coordinates - Kinetics of a Particle - Spiral Slot

Dynamics - Equations of Motion - Polar Coordinates - Kinetics of a Particle - Spiral Slot

Dynamics - Equations of Motion - Kinetics - Normal and Tangential Coordinates - Radius of Curvature

Dynamics - Equations of Motion - Kinetics - Normal and Tangential Coordinates - Radius of Curvature

Dynamics - Equations of Motion - Kinetics - Normal and Tangential Coordinates - Inclined Track

Dynamics - Equations of Motion - Kinetics - Normal and Tangential Coordinates - Inclined Track

Dynamics - Equations of Motion - Kinetics - Normal and Tangential Coordinates - Fixed Radius

Dynamics - Equations of Motion - Kinetics - Normal and Tangential Coordinates - Fixed Radius

Dynamics - Equations of Motion - Kinetics - Pulley System

Dynamics - Equations of Motion - Kinetics - Pulley System

Dynamics - Equations of Motion - Kinetics - Spring

Dynamics - Equations of Motion - Kinetics - Spring

Dynamics - Equations of Motion - Kinetics - Applied Force is a Function of Time

Dynamics - Equations of Motion - Kinetics - Applied Force is a Function of Time

Dynamics - Kinematics - Particle with Circular Motion

Dynamics - Kinematics - Particle with Circular Motion

Dynamics - Kinematics - Normal and Tangential Coordinates - Radius of Curvature

Dynamics - Kinematics - Normal and Tangential Coordinates - Radius of Curvature

Dynamics - Kinematics - Polar Coordinates - Particle Example

Dynamics - Kinematics - Polar Coordinates - Particle Example

Dynamics - Kinematics - Polar Coordinates - Radius and Angle - Function of Time

Dynamics - Kinematics - Polar Coordinates - Radius and Angle - Function of Time

Dynamics - Calculus Review - Derivatives with Respect to Time

Dynamics - Calculus Review - Derivatives with Respect to Time

Online Dynamics - Introduction Video

Online Dynamics - Introduction Video

Shear and Bending Moment Diagram for a Composite Beam, Joined with a Pin

Shear and Bending Moment Diagram for a Composite Beam, Joined with a Pin

Chemistry - Balancing Redox Reactions, Stoichiometry, Gas Law Stoichiometry

Chemistry - Balancing Redox Reactions, Stoichiometry, Gas Law Stoichiometry

Statics - Moments of Force Couples - Part 3

Statics - Moments of Force Couples - Part 3

Statics - Moments of Force Couples - Part 2

Statics - Moments of Force Couples - Part 2

Statics - Moments of Force Couples - Part 1

Statics - Moments of Force Couples - Part 1

Statics - Calculating the Moment of a Force about an Axis

Statics - Calculating the Moment of a Force about an Axis

Statics - Calculating Moments - Assorted 2D Force (Planar) Problems

Statics - Calculating Moments - Assorted 2D Force (Planar) Problems

Statics - Calculating the Moment of a 2D or Planar Force

Statics - Calculating the Moment of a 2D or Planar Force

Statics - Calculating the Moment Created by a Force Using the Cross Product

Statics - Calculating the Moment Created by a Force Using the Cross Product

Statics - The Cross Product of Two Vectors

Statics - The Cross Product of Two Vectors

Statics - Particle Equilibrium - Max Mass Given Cable Strength

Statics - Particle Equilibrium - Max Mass Given Cable Strength

Statics - Particle Equilibrium in 3D - Example 2

Statics - Particle Equilibrium in 3D - Example 2

Statics - Using the Dot Product

Statics - Using the Dot Product

Statics - Finding the Force Directed along a Line in 3D

Statics - Finding the Force Directed along a Line in 3D

Statics - Resultants of 3D Vectors

Statics - Resultants of 3D Vectors

Statics - How to Solve when The Problem Asks to Minimize the Resultant

Statics - How to Solve when The Problem Asks to Minimize the Resultant

Statics - Solving for an Unknown Force If the Resultant is Known

Statics - Solving for an Unknown Force If the Resultant is Known

Statics - Finding the Resultant of Vectors by Components

Statics - Finding the Resultant of Vectors by Components

Statics - Resolving Vectors into Components 3 - Distances or Similar Triangles

Statics - Resolving Vectors into Components 3 - Distances or Similar Triangles

Statics - Resolving Vectors into Components 2 - Angle to y Axis Specified

Statics - Resolving Vectors into Components 2 - Angle to y Axis Specified

Statics: Resolving Vectors into Components 1 - Magnitude and Angle Specified

Statics: Resolving Vectors into Components 1 - Magnitude and Angle Specified

Statics - Calculating One of Two Forces when the Resultant Is Known - Triangle Method

Statics - Calculating One of Two Forces when the Resultant Is Known - Triangle Method

Statics - Adding Two Vectors with the Triangle Method

Statics - Adding Two Vectors with the Triangle Method

Statics - Using SI Prefixes

Statics - Using SI Prefixes

Statics - Introduction to Newton's Second Law and Law of Gravitation

Statics - Introduction to Newton's Second Law and Law of Gravitation

Online Statics - Introduction Video

Online Statics - Introduction Video

Statics - Centroid of an Area or Flat Plate

Statics - Centroid of an Area or Flat Plate

Statics - Centroid of a Curve, Wire, or Pipe

Statics - Centroid of a Curve, Wire, or Pipe

Statics - Centroid of a Composite Body - Area

Statics - Centroid of a Composite Body - Area

Statics - Rigid Body Equilibrium - Finding the Direction of the Moments

Statics - Rigid Body Equilibrium - Finding the Direction of the Moments

Dynamics - Work and Energy - Particle

Dynamics - Work and Energy - Particle

Dynamics - Conservation of Energy - Rigid Body

Dynamics - Conservation of Energy - Rigid Body

Dynamics - Kinetics of a Cylinder Rolling without Slipping

Dynamics - Kinetics of a Cylinder Rolling without Slipping

Dynamics - Kinetics of a Pulley System with an Attached Mass

Dynamics - Kinetics of a Pulley System with an Attached Mass

Dynamics - Kinetics of a System of Connected Masses

Dynamics - Kinetics of a System of Connected Masses

Dynamics - Kinematics of Wheel Rolling without Slipping

Dynamics - Kinematics of Wheel Rolling without Slipping

Dynamics - Kinematics - Pulley with Attached Mass

Dynamics - Kinematics - Pulley with Attached Mass

Dynamics - Kinematics - Intermeshing Gears

Dynamics - Kinematics - Intermeshing Gears

Dynamics - Kinematics - Pulley Systems - Relative Motion

Dynamics - Kinematics - Pulley Systems - Relative Motion

Dynamics - Kinematics - Cylindrical - Polar Coordinates

Dynamics - Kinematics - Cylindrical - Polar Coordinates

Statics - Friction - Roller

Statics - Friction - Roller

Statics - Friction - Tipping versus Sliding

Statics - Friction - Tipping versus Sliding

Statics - Friction - Two Masses

Statics - Friction - Two Masses

Dynamics: Rectilinear Motion

Dynamics: Rectilinear Motion

Dynamics: Curvilinear Motion with Rectangular Components

Dynamics: Curvilinear Motion with Rectangular Components

Dynamics: Projectile Motion

Dynamics: Projectile Motion

Dynamics: Kinematics - Normal and Tangential Coordinates

Dynamics: Kinematics - Normal and Tangential Coordinates

Statics: Shear and Bending Moment Diagram - Distributed Load

Statics: Shear and Bending Moment Diagram - Distributed Load

Statics: Shear and Bending Moment Diagram - Couple Moment

Statics: Shear and Bending Moment Diagram - Couple Moment

Statics - Shear and Bending Moment Diagrams - One Concentrated Force

Statics - Shear and Bending Moment Diagrams - One Concentrated Force

Statics - Frame

Statics - Frame

Statics - Machine - Pliers/Sheet Metal Shears

Statics - Machine - Pliers/Sheet Metal Shears

Statics - Rigid Body Equilibrium - 3D Journal Bearings

Statics - Rigid Body Equilibrium - 3D Journal Bearings

Statics - Truss Example - Part 2 - Method of Sections

Statics - Truss Example - Part 2 - Method of Sections

Statics - Truss Example - Part 1 - Method of Joints

Statics - Truss Example - Part 1 - Method of Joints

Statics: Rigid Body Equilibrium - 2D - Distributed Load

Statics: Rigid Body Equilibrium - 2D - Distributed Load

Statics: Rigid Body Equilibrium - 2D - Fixed Collar

Statics: Rigid Body Equilibrium - 2D - Fixed Collar

Statics: Rigid Body Equilibrium - 2D - Springs

Statics: Rigid Body Equilibrium - 2D - Springs

Statics: Rigid Body Equilibrium - 2D - Fixed Support

Statics: Rigid Body Equilibrium - 2D - Fixed Support

Statics: Equilibrium of Rigid Body - Pin and Roller

Statics: Equilibrium of Rigid Body - Pin and Roller

Statics: Equivalent Force Systems for Distributed Load 2D

Statics: Equivalent Force Systems for Distributed Load 2D

Statics: Equivalent Force Systems 2D

Statics: Equivalent Force Systems 2D

Statics: Solving Sets of Linear Equations

Statics: Solving Sets of Linear Equations

Statics: Moments in 3D Space

Statics: Moments in 3D Space

Statics: Particle Equilibrium in 3D

Statics: Particle Equilibrium in 3D

Statics: Moments from 2D Forces

Statics: Moments from 2D Forces

Program 3 - Demo - ENGR2304

Program 3 - Demo - ENGR2304

Statics - Planar (2D) Particle Equilibrium - Part 4

Statics - Planar (2D) Particle Equilibrium - Part 4

Statics - Planar (2D) Particle Equilibrium - Part 3

Statics - Planar (2D) Particle Equilibrium - Part 3

Statics - 2D equilibrium - particle problems - example

Statics - 2D equilibrium - particle problems - example

Statics - Planar (2D) Particle Equilibrium - Part 2

Statics - Planar (2D) Particle Equilibrium - Part 2