Search for tag: "design"

AI Seminar 56: Syrine Belakaria

New Frontiers in Adaptive Experimental Design for Multi-Objective Optimization

From  Prasad Tadepalli 24 plays

Hayley Leavitt Week 9 AARVIN

WEEK 9: This week I set out to debug debug debug. And also install a camera! I got the camera set up and I did some testing, some debugging, but things are not 100% worked out just yet. So, next…

From  Hayley Leavitt 2 plays

Hayley Leavitt Week 8 AARVIN

WEEK 8 This week I implemented the Due as the Main Control device, and switched the Uno to solely be a drive control slave device. So, the Due will tell the Uno what to do, and the Uno tells the RVR…

From  Hayley Leavitt 1 plays

Tech Talk Tuesday: Systematic Inclusive Design: From GenderMag to SocioeconomicMag

Margaret Burnett, University Distinguished ProfessorComputer ScienceOregon State University AbstractHow can software professionals systematically assess whether their software supports diverse…

From  Alan Fern 18 plays

Tips for Printing at Student Multimedia Services

From  Teresa Preddy 77 plays

27. Fasteners - Mechanical Component Design

The fourth and final lecture on bolts covers bolt groups, and shearing forces.

From  Matthew Campbell 170 plays

26. Fasteners - Mechanical Component Design

The third lecture on fasteners covers stresses and safety factors.

From  Matthew Campbell 179 plays

25. Fasteners - Mechanical Component Design

The second lecture on threaded fasteners discusses static loads

From  Matthew Campbell 177 plays

24. Fasteners - Mechanical Component Design

The first lecture in threaded fasteners discusses standards and design issues.

From  Matthew Campbell 161 plays

23. Springs - Mechanical Component Design

The third and final lecture on springs covers fatigue failure, buckling, and spring surge.

From  Matthew Campbell 163 plays

22. Springs - Mechanical Component Design

The second lecture of springs covers loading and stress.

From  Matthew Campbell 189 plays

21. Springs - Mechanical Component Design

The first lecture of springs covers basics and design issues.

From  Matthew Campbell 183 plays

20. Gears - Mechanical Component Design

The last lecture on gears covers strength and contact stresses and a brief review of design.

From  Matthew Campbell 183 plays

19 Gears - Mechanical Component Design

The third lecture on gears focuses on stress and the numerous correction factors involved.

From  Matthew Campbell 204 plays

18 Gears - Mechanical Component Design

The second lecture of gears covers some fundamental kinematics and force balancing.

From  Matthew Campbell 201 plays

17. Gears - Mechanical Component Design

The first lecture on gears introduces a variety of terminology and types as well as the design issues.

From  Matthew Campbell 198 plays

16. Bearings - Mechanical Component Design

The second lecture on bearings covers the fatigue life equation

From  Matthew Campbell 236 plays

15. Bearings - Mechanical Component Design

The first lecture of bearings talks about different types and basic design issues

From  Matthew Campbell 195 plays

14. Shafts - Mechanical Component Design

The second lecture on shafts covers failure modes, deflection, and critical speed.

From  Matthew Campbell 166 plays

13. Shafts - Mechanical Component Design

The first lecture on shafts covers basic terminology and design issues.

From  Matthew Campbell 191 plays

12. Fatigue - Mechanical Component Design

The fourth and final lecture on fatigue covers safety factors and stress concentrations

From  Matthew Campbell 202 plays

11. Fatigue - Mechanical Component Design

The third lecture on fatigue goes over a small example and introduces the sig-m sig-a plot

From  Matthew Campbell 208 plays

10. Fatigue - Mechanical Component Design

Second lecture on fatigue covering more of the knockdown factors and characterizing the S-N curve

From  Matthew Campbell 201 plays

9. Fatigue - Mechanical Component Design

The first lecture on fatigue (corresponding loosely with Shigley Ch.6)

From  Matthew Campbell 226 plays

8. Stress to Failure (Distortion Energy & Mod. Mohr)

The second lecture in section of failure theories.

From  Matthew Campbell 196 plays

7. Stress to Failure (MNS & MSS)

The first lecture in my section on failure theories

From  Matthew Campbell 251 plays

6. Mohr's Circle

The final lecture in section 2 discusses Mohr's circle as a way to visualize princial stresses.

From  Matthew Campbell 168 plays

5. Stress Element and Stress Concentrations

Section 2 Loads to Stresses continued. This lecture reviews the stress element and introduces stress concentrations

From  Matthew Campbell 249 plays

4. Beam Loading - Mechanical Component Design

Section 2 continued. This lecture reviews shear and moment diagrams.

From  Matthew Campbell 216 plays

3. Loads to Stress - Mechanical Component Design

Lecture focusing on reviewing types of loads and their stresses. Also impact is covered.

From  Matthew Campbell 259 plays

2. Introduction continued - Mechanical Component Design

the second lecture finishes the introduction. it discusses safety and introduces the blender example problem

From  Matthew Campbell 252 plays

1. Introduction - Mechanical Component Design

the first lecture in this upper-level mechanical courses

From  Matthew Campbell 391 plays