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AutoCAD Essentials for Mechanical Engineers: Beginner to Advanced Tutorial | Episode 25 | Skill-Lync
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Welcome to Episode 25 of "AutoCAD for Mechanical Engineers!" In this video, we take a deep dive into the world of fits, tolerances, and grading systems used in AutoCAD for mechanical design. Whether you're working with tight tolerances or large-scale assemblies, understanding how to apply the correct fit can make or break your design.
We'll cover everything from running clearance fits to interference fits and explain the role of tolerance grades defined in ISO 286. Plus, learn about the various manufacturing processes and how they influence tolerances to ensure smooth production.
If precision and quality are essential in your mechanical designs, this episode is a must-watch!
🔍 Key learning objectives:
Explore different types of fits: loose, free-running, sliding, and more ⚙️
Learn how to apply tolerances for mass production and precision design 📏
Understand tolerance grades (IT0-IT18) and their role in production 🏭
Discover how manufacturing processes affect tolerances 🔧
Gain insight into interference fits and when to use them in design 🛠️
Master these critical concepts to elevate the quality and efficiency of your AutoCAD designs! 🚀
Check out the previous episodes of this series here!
📌 Chapters:
00:00 – Resuming – types of Fits in tolerancing
03:16 – Tolerance Grades for a manufacturing process
06:56 – How these Grades are calculated
11:55 – Symbols & Modifiers in GD&T terminologies
14:05 – What is Straightness in Form tolerance?
17:29 – Understanding Flatness in Form tolerancing
19:52 – Circularity in Form tolerancing
21:19 – Cylindricity in Form tolerancing
22:51 – Summarising Form tolerancing
23:45 – True Position in Location tolerancing
26:15 – Concentricity in Location tolerancing
28:22 – Symmetry in Location tolerancing
#AutoCAD #AutoCADEssentials #SkillLync #MechanicalEngineering #AutoCADForMechanical #CADSoftware #CADTraining #AutoCADForBeginners #MechanicalCAD #AutoCAD2024 #AutoCADOnline #MechanicalDesign
We'll cover everything from running clearance fits to interference fits and explain the role of tolerance grades defined in ISO 286. Plus, learn about the various manufacturing processes and how they influence tolerances to ensure smooth production.
If precision and quality are essential in your mechanical designs, this episode is a must-watch!
🔍 Key learning objectives:
Explore different types of fits: loose, free-running, sliding, and more ⚙️
Learn how to apply tolerances for mass production and precision design 📏
Understand tolerance grades (IT0-IT18) and their role in production 🏭
Discover how manufacturing processes affect tolerances 🔧
Gain insight into interference fits and when to use them in design 🛠️
Master these critical concepts to elevate the quality and efficiency of your AutoCAD designs! 🚀
Check out the previous episodes of this series here!
📌 Chapters:
00:00 – Resuming – types of Fits in tolerancing
03:16 – Tolerance Grades for a manufacturing process
06:56 – How these Grades are calculated
11:55 – Symbols & Modifiers in GD&T terminologies
14:05 – What is Straightness in Form tolerance?
17:29 – Understanding Flatness in Form tolerancing
19:52 – Circularity in Form tolerancing
21:19 – Cylindricity in Form tolerancing
22:51 – Summarising Form tolerancing
23:45 – True Position in Location tolerancing
26:15 – Concentricity in Location tolerancing
28:22 – Symmetry in Location tolerancing
#AutoCAD #AutoCADEssentials #SkillLync #MechanicalEngineering #AutoCADForMechanical #CADSoftware #CADTraining #AutoCADForBeginners #MechanicalCAD #AutoCAD2024 #AutoCADOnline #MechanicalDesign
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