03:54
Senior Design Project: Equip Boston Dynamics Spot with AI vision
30:05
Module 5.2 Algorithm Chain and Pipeline for Machine Learning
00:39
Recover closed details and/or outline panel in ANSYS model.
16:50
Chapter 3: ANSYS 2021 model beam system(frame)
42:27
Module 2.1 Python Basics (Part 3 String)
34:20
Module 2.1 Python Basics (Part 2 if for )
20:07
Module 2.1 Python basics (part 1)
19:07
Module 1.2: The first Machine Learning Application: Iris Species Classification
13:11
Module 1.1 Create a machine learning programming environment based on anaconda.
06:39
Module 2.2 Math Preparation Calculus
06:04
Module 2.1 Hydrostatic pressure
07:08
Module 1.2 problem session for viscosity
06:40
Module 1.1 Definition of fluid and viscosity
18:19
Dimensional Analysis
05:58
Virtual control LAB setup for course project
18:48
Linear Momentum Equation with non-uniform velocity
12:09
Module 8: lead compensator design using MATLAB
15:37
Module 3: transfer function for multiple input and multiple output system (MIMO)
14:57
Module 3: transfer function for single input and single output (SISO) system.
15:44
Module 2: MATLAB Simulink model a two-mass mechanical system with unit impulse input
09:20
Module 2: Simulink block diagram for one-mass mechanical system
15:31
Module 1: Solve differential equation using symbolic math toolbox
38:19
Chapter 1: Energy method for 1D spring system
02:31
Chapter 1: ANSYS with overlapped tab and small font size issue
05:48
Senior Design Project Fall 2021: Rust Prevention
04:53
Boston Dynamics Spot Introduction
00:31
Spot walks through a narrow door
02:49
Spot: Road Test at the University of Akron.
02:19
Boston Dynamics Spot: Open Box Test
01:22
Senior design project in spring 2021: laser-assisted ultrasonic nanocrystal surface modification.
03:09
Senior Design Project 2021 Spring: Mask Detection Vision System
16:59
Chapter 12: ANSYS Workbench for Failure Analysis (static failure, fatigue, and buckling)
28:01
Chapter 11: Part 1-ANSYS topology optimization for using less material to achieve maximum stiffness.
21:20
Chapter 10: ANSYS CFX modelling an external air flow over a truck.
20:49
Chapter 10: ANSYS CFX modeling an internal pipe flow.
28:45
Chapter 9: ANSYS for steady state thermal, transient thermal and thermal stress analysis.
09:10
Chapter 9: ANSYS works on a simple 2D steady state thermal problem.
10:49
Chapter 8: cantilever beam modal analysis
27:16
Chapter 8: ANSYS modeling natural vibration and frequency response of guitar.
03:20
Chapter 3: create beams without deleting surface function in 2020 version.
22:35
Chapter 7: ANSYS modelling a 3D base-holder-pin system with contact boundaries.
15:32
Chapter 6: ANSYS modelling a flower vase.
19:21
Chapter 5: ANSYS modeling an axisymmetric garden fountain.
18:22
Chapter 4: ANSYS modelling a plane stress wrench
27:47
Chapter 3: ANSYS modelling a frame system (2019 or old)
16:05
Chapter 2: ANSYS modeling a truss bridge
17:59
Chapter 2: ANSYS modeling a simple truss system with two bar elements
12:03
Chapter 1: Using ANSYS to solve a simple elongation problem
04:15
Chapter 1: Access ANSYS as a student of University of Akron 2021
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About
When an engineer can picturize concepts and theories in his/her mind and explain them simply, theories can become powerful tools. This channel, maintained by Prof. Yalin Dong from University of Akron, works towards making basic concepts and theories tangible.
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