Mechanical Springs - Stress, Deflection, and Spring Constant in Just Over 10 MINUTES!
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- Опубликовано: 3 авг 2024
- Spring Constant - Spring Rate - Scale of the Spring,
Spring Index,
Solid Length, Free Length, Pitch,
Active Coils and Total Number of Coils,
Curvature Correction Factor.
0:00 Spring Stress and Deflection
1:06 Springs Free Body Diagram
2:08 Springs Shearing Stress
2:43 Spring Index
4:01 Curvature Correction Factor
4:47 Deflection Equation Derivation
6:24 Spring End Types
8:21 Spring Stress Example
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Other "Mechanical Engineering Design 1" Links:
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4. Pure Bending and Deflection Combined Example • Deflection of Beams Re...
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8. Ductile Failure Theories - Yield Criteria • Ductile Failure Theori...
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10. Tolerance Stack Ups and Tolerance Loops • Uncertainty for Design...
11. Castigliano's Theorem • Castigliano's Theorem ...
12. Fracture Toughness • FRACTURE TOUGHNESS and...
13. Crack Propagation • CRACK PROPAGATION and ...
14. Fatigue SN Diagrams • Fatigue (Strength-Numb...
15. Marin Factors and Corrected Endurance Limit • Marin Factors for ENDU...
16. Fatigue Stress Concentration and Notch Sensitivity Factors • Fatigue STRESS CONCENT...
17. Fatigue Failure Criteria • Fatigue FAILURE CRITER...
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20. Screw Thread Stress • Stresses at Screw Thre...
21. Fastener and Member Stiffness • Bolt (Fasteners) and M...
22. Bolt Tension • BOLT TENSION and Tensi...
23. Proof Strength and Factors of Safety • PROOF STRENGTH - Facto...
24. Spring Stress and Spring Constant • Mechanical Springs - S...
25. Shearing Yield Strength and Presetting • Springs - PRESETTING a...
26. Springs Fatigue - Zimmerli Data • Springs Fatigue and ZI...
27. Spring Design Restrictions • Mechanical SPRING DESI...
28. Extension Springs • EXTENSION SPRING Desig...
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31. Spur Gear Forces and Force Components • Gear Forces and Power ...
32. Helical and Bevel Gear Forces • Gear Forces of HELICAL...
33. Worm Gear Forces • WORM GEARS - Forces an...
34. Bending Stress at the Teeth - Lewis Form Factor • LEWIS BENDING STRESS a...
35. Pitting - Surface Compressive Stress • Gear PITTING - Surface...
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This is the most GOATED mechanical engineering channel in existence. I love how your explanations are detailed yet simple. Keep up the good work buddy.
Your logic is undeniable, great explenation
The only video so far that explained how the torsional torque and direct shearing force derivation. Nice video!
This was delivered at the perfect speed and detail level, such an excellent lecture!
THANK YOU THANK YOU THANK YOU SO MUCH I really needed this. I love the format. No bull, no hidden messages just the facts! KEep it up :)
i wish i'd discover your channel earlier, these are the types of educational videos i'd watch all year round and not just two days before endsems XD
Awesome!
I'm learning through this channel when i was in 2nd year of Engineering.i recommend to my fellows to boost up their concept with less boring lecture
Thank You!
wow, what a perfect explanation, Thanks.
U telling me U understand this ?
Thanks for Thai sub
thks- I totally feels stupid now
Question. If you take a cross section with a vertical plane, you don't get a circle, but rather a kind of elipse shape, due to the spiral. In that case, isnt it more accurate to consider also normal and bending stresses?
Readiness!
This video is not mine.i am not the person who is teaching here.I learnt about all these design procedures long ago in formal schooling.If anyone is watching this video with me, i am helping you to have the concepts of designing and mechanical functions of springs for a given component such as helical spring in high pressure relief valves which i was working on it 5 years ago.
ya but where do U place the FLUX capacitor ?
Io Mamu swalpa slow explain karo ba, shatabji train jaise chalthi
Your videos are awesome and cover many aspects, but it's hard to concentrate with your monotone voice and the speed😅 I'm not criticising, I just wish you could improve it cause you're videos worth so much to me.....Good luck my friend🙏❤
Thanks for the tips!
You can change the playback speed on your end. And that will change the "monotone" and speed simultaneously.
A high school student's perspective: I blink for a second and there are a ton of symbols on the screen which I do not understand... lol I am not criticizing, but I feel the speed of the lecture could be a little less (maybe it's just that I am in highschool and therefore I am not grasping the concepts at the same level as someone in college/university).
Oh, don't worry. These are not even meant for college students that aren't taking the course. These are mostly to easily review what they are already going over in their own class in college; mostly what their instructor most of the time fails to convey properly. If you're in highschool and getting most of it tho, you're doing great and will most likely benefit from watching all of these, even if you're not taking the course yet.
@@LessBoringLectures if I watch this 100x will I feel less stupid ? I thk GOD ppl like U exist
ok