Stress-Strain Analysis in Excel | Part 3: Elongation, Tensile Strength, Young's Modulus, Toughness
Welcome to Part 3 of our Excel Stress-Strain Curve series! In this final video, we dive deeper into the technical aspects of stress-strain analysis. We'll calculate elongation, tensile strength, Young's modulus, and toughness using real experimental data. This comprehensive guide will help you understand and compute key mechanical properties in Excel, perfect for engineering students and professionals.
We'll cover:
Calculating elongation
Determining tensile strength
Finding Young's modulus
Computing toughness
Practical applications and examples
Make sure to watch Parts 1 and 2 if you haven't already, and don't forget to like, subscribe, and hit the notification bell for more tutorials!
Timeline:
0:00 - Introduction to Part 3
1:00 - Overview of Calculations
2:00 - Calculating Elongation
4:00 - Determining Tensile Strength
6:00 - Finding Young's Modulus
9:00 - Computing Toughness
12:00 - Summarizing Key Mechanical Properties
14:00 - Conclusion and Further Questions
Tags:
#ExcelTutorial, #StressStrainCurve, #Engineering, #ExcelTips, #DataVisualization, #MechanicalEngineering, #StressAnalysis, #StrainAnalysis, #ExcelFormulas, #Educational, #EngineeringStudents, #STEM, #DataScience, #MaterialScience, #StructuralEngineering, #ExcelCharts, #ExcelGraphs, #ExcelFunctions, #TensileStrength, #Elongation, #YoungModulus, #Toughness, #TechnicalTutorial, #UniversityProject, #ExcelSkills, #EngineeringBasics, #ExcelGuide, #ExcelTipsAndTricks
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