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Logic271FinalProject duration 4 minutes 4 seconds Logic271FinalProject Logic271FinalProject	Logic271FinalProject Design Project 2 Logic 271 Vending Machine Amber Hoar logic model design 271 From Amber Hoar 5 plays
AI Seminar 56: Syrine Belakaria duration 48 minutes 37 seconds AI Seminar 56: Syrine Belakaria AI Seminar 56: Syrine Belakaria	AI Seminar 56: Syrine Belakaria New Frontiers in Adaptive Experimental Design for Multi-Objective Optimization experimental design multi-objective optimization bayesian optimization gaussian processes From Prasad Tadepalli 27 plays
Hayley Leavitt Week 9 AARVIN duration 4 minutes 52 seconds Hayley Leavitt Week 9 AARVIN Hayley Leavitt Week 9 AARVIN	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… aarvin cs469 cs 469 project management project management in cs computer science robotics robot autonomous systems autonomous autonomous vehicle autonomous navigation autonomous arduino-based research vehicle in nature hayley leavitt programming program programmer program design embedded systems embedded programming arduino From Hayley Leavitt 3 plays
Hayley Leavitt Week 8 AARVIN duration 4 minutes 59 seconds Hayley Leavitt Week 8 AARVIN Hayley Leavitt Week 8 AARVIN	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… aarvin cs469 project management project management in cs hayley leavitt arduino c++ programming programmer autonomous autonomous systems autonomous vehicle autonomous navigation autonomous arduino-based research vehicle in nature program design program review programmers computer science computer hardware computer networking embedded systems embedded embedded programming robot robotics vehicle postbacc cs 469 computer post-bacc students From Hayley Leavitt 2 plays
Tech Talk Tuesday: Systematic Inclusive Design:… duration 53 minutes 40 seconds Tech Talk Tuesday: Systematic Inclusive Design:… Tech Talk Tuesday: Systematic Inclusive Design: From GenderMag to SocioeconomicMag	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… margaret burnett computer science gendermag socioeconomicmag end-user software engineering inclusive design From Alan Fern 20 plays
Tips for Printing at Student Multimedia Services duration 4 minutes 30 seconds Tips for Printing at Student Multimedia Services Tips for Printing at Student Multimedia Services	Tips for Printing at Student Multimedia Services printing services student multimedia services student multimedia studio poster research design design and build From Teresa Preddy 93 plays
27. Fasteners - Mechanical Component Design duration 39 minutes 55 seconds 27. Fasteners - Mechanical Component Design 27. Fasteners - Mechanical Component Design	27. Fasteners - Mechanical Component Design The fourth and final lecture on bolts covers bolt groups, and shearing forces. mechanical engineering mechanical design fasteners course lectures From Matthew Campbell 172 plays
26. Fasteners - Mechanical Component Design duration 47 minutes 10 seconds 26. Fasteners - Mechanical Component Design 26. Fasteners - Mechanical Component Design	26. Fasteners - Mechanical Component Design The third lecture on fasteners covers stresses and safety factors. mechanical engineering mechanical design fasteners course lectures From Matthew Campbell 179 plays
25. Fasteners - Mechanical Component Design duration 38 minutes 8 seconds 25. Fasteners - Mechanical Component Design 25. Fasteners - Mechanical Component Design	25. Fasteners - Mechanical Component Design The second lecture on threaded fasteners discusses static loads mechanical engineering mechanical design fasteners course lectures From Matthew Campbell 177 plays
24. Fasteners - Mechanical Component Design duration 38 minutes 7 seconds 24. Fasteners - Mechanical Component Design 24. Fasteners - Mechanical Component Design	24. Fasteners - Mechanical Component Design The first lecture in threaded fasteners discusses standards and design issues. mechanical engineering mechanical design fasteners course lecture From Matthew Campbell 165 plays
23. Springs - Mechanical Component Design duration 27 minutes 8 seconds 23. Springs - Mechanical Component Design 23. Springs - Mechanical Component Design	23. Springs - Mechanical Component Design The third and final lecture on springs covers fatigue failure, buckling, and spring surge. mechanical engineering mechanical design course lecture springs From Matthew Campbell 163 plays
22. Springs - Mechanical Component Design duration 28 minutes 24 seconds 22. Springs - Mechanical Component Design 22. Springs - Mechanical Component Design	22. Springs - Mechanical Component Design The second lecture of springs covers loading and stress. mechanical engineering mechanical design springs course lecture From Matthew Campbell 189 plays
21. Springs - Mechanical Component Design duration 46 minutes 52 seconds 21. Springs - Mechanical Component Design 21. Springs - Mechanical Component Design	21. Springs - Mechanical Component Design The first lecture of springs covers basics and design issues. course lecture springs mechanical engineering mechanical design From Matthew Campbell 184 plays
20. Gears - Mechanical Component Design duration 37 minutes 22 seconds 20. Gears - Mechanical Component Design 20. Gears - Mechanical Component Design	20. Gears - Mechanical Component Design The last lecture on gears covers strength and contact stresses and a brief review of design. mechanical engineering mechanical design gears course lecture From Matthew Campbell 184 plays
19 Gears - Mechanical Component Design duration 36 minutes 31 seconds 19 Gears - Mechanical Component Design 19 Gears - Mechanical Component Design	19 Gears - Mechanical Component Design The third lecture on gears focuses on stress and the numerous correction factors involved. mechanical engineering mechanical design gears course lecture From Matthew Campbell 205 plays
18 Gears - Mechanical Component Design duration 33 minutes 49 seconds 18 Gears - Mechanical Component Design 18 Gears - Mechanical Component Design	18 Gears - Mechanical Component Design The second lecture of gears covers some fundamental kinematics and force balancing. mechanical engineering mechanical design gears course lecture From Matthew Campbell 202 plays
17. Gears - Mechanical Component Design duration 41 minutes 15 seconds 17. Gears - Mechanical Component Design 17. Gears - Mechanical Component Design	17. Gears - Mechanical Component Design The first lecture on gears introduces a variety of terminology and types as well as the design issues. course lecture mechanical engineering gears mechanical design From Matthew Campbell 201 plays
16. Bearings - Mechanical Component Design duration 47 minutes 32 seconds 16. Bearings - Mechanical Component Design 16. Bearings - Mechanical Component Design	16. Bearings - Mechanical Component Design The second lecture on bearings covers the fatigue life equation mechanical engineering mechanical design bearings course lecture From Matthew Campbell 243 plays
15. Bearings - Mechanical Component Design duration 39 minutes 7 seconds 15. Bearings - Mechanical Component Design 15. Bearings - Mechanical Component Design	15. Bearings - Mechanical Component Design The first lecture of bearings talks about different types and basic design issues mechanical engineering mechanical design course lecture bearings From Matthew Campbell 200 plays
14. Shafts - Mechanical Component Design duration 31 minutes 36 seconds 14. Shafts - Mechanical Component Design 14. Shafts - Mechanical Component Design	14. Shafts - Mechanical Component Design The second lecture on shafts covers failure modes, deflection, and critical speed. mechanical engineering mechanical design course lecture shaft design From Matthew Campbell 167 plays
13. Shafts - Mechanical Component Design duration 37 minutes 2 seconds 13. Shafts - Mechanical Component Design 13. Shafts - Mechanical Component Design	13. Shafts - Mechanical Component Design The first lecture on shafts covers basic terminology and design issues. mechanical engineering mechanical design course lecture shaft design From Matthew Campbell 192 plays
12. Fatigue - Mechanical Component Design duration 28 minutes 24 seconds 12. Fatigue - Mechanical Component Design 12. Fatigue - Mechanical Component Design	12. Fatigue - Mechanical Component Design The fourth and final lecture on fatigue covers safety factors and stress concentrations mechanical engineering mechanical design fatigue course lecture From Matthew Campbell 202 plays
11. Fatigue - Mechanical Component Design duration 35 minutes 49 seconds 11. Fatigue - Mechanical Component Design 11. Fatigue - Mechanical Component Design	11. Fatigue - Mechanical Component Design The third lecture on fatigue goes over a small example and introduces the sig-m sig-a plot mechanical engineering mechanical design course lecture fatigue From Matthew Campbell 208 plays
10. Fatigue - Mechanical Component Design duration 32 minutes 58 seconds 10. Fatigue - Mechanical Component Design 10. Fatigue - Mechanical Component Design	10. Fatigue - Mechanical Component Design Second lecture on fatigue covering more of the knockdown factors and characterizing the S-N curve mechanical engineering mechanical design course lecture fatigue From Matthew Campbell 202 plays
9. Fatigue - Mechanical Component Design duration 37 minutes 25 seconds 9. Fatigue - Mechanical Component Design 9. Fatigue - Mechanical Component Design	9. Fatigue - Mechanical Component Design The first lecture on fatigue (corresponding loosely with Shigley Ch.6) course lecture mechanical engineering mechanical design fatigue From Matthew Campbell 231 plays
8. Stress to Failure (Distortion Energy &… duration 35 minutes 37 seconds 8. Stress to Failure (Distortion Energy &… 8. Stress to Failure (Distortion Energy & Mod. Mohr)	8. Stress to Failure (Distortion Energy & Mod. Mohr) The second lecture in section of failure theories. mechanical design mechanical engineering stress analysis failure theory course lecture From Matthew Campbell 196 plays
7. Stress to Failure (MNS & MSS) duration 36 minutes 58 seconds 7. Stress to Failure (MNS & MSS) 7. Stress to Failure (MNS & MSS)	7. Stress to Failure (MNS & MSS) The first lecture in my section on failure theories mechanical engineering mechanical design course lecture stress analysis failure theory From Matthew Campbell 252 plays
6. Mohr's Circle duration 34 minutes 55 seconds 6. Mohr's Circle 6. Mohr's Circle	6. Mohr's Circle The final lecture in section 2 discusses Mohr's circle as a way to visualize princial stresses. mechanical engineering mechanical design course lecture stress analysis From Matthew Campbell 168 plays
5. Stress Element and Stress Concentrations duration 48 minutes 4 seconds 5. Stress Element and Stress Concentrations 5. Stress Element and Stress Concentrations	5. Stress Element and Stress Concentrations Section 2 Loads to Stresses continued. This lecture reviews the stress element and introduces stress concentrations mechanical engineering mechanical design course lecture stress analysis stress concentrations From Matthew Campbell 249 plays
4. Beam Loading - Mechanical Component Design duration 31 minutes 34 seconds 4. Beam Loading - Mechanical Component Design 4. Beam Loading - Mechanical Component Design	4. Beam Loading - Mechanical Component Design Section 2 continued. This lecture reviews shear and moment diagrams. course lecture mechanical engineering mechanical design beam loading From Matthew Campbell 217 plays
3. Loads to Stress - Mechanical Component Design duration 40 minutes 15 seconds 3. Loads to Stress - Mechanical Component Design 3. Loads to Stress - Mechanical Component Design	3. Loads to Stress - Mechanical Component Design Lecture focusing on reviewing types of loads and their stresses. Also impact is covered. mechanical engineering mechanical design course lecture impact loads stress analysis From Matthew Campbell 261 plays
2. Introduction continued - Mechanical Component… duration 38 minutes 40 seconds 2. Introduction continued - Mechanical Component… 2. Introduction continued - Mechanical Component Design	2. Introduction continued - Mechanical Component Design the second lecture finishes the introduction. it discusses safety and introduces the blender example problem mechanical engineering mechanical design stress analysis course lecture From Matthew Campbell 253 plays