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Sumit Poudel NEC Notes

Strength of Materials

Civil Engineering

Third Semester

Notes by Sumit Poudel for Strength of Materials at Nepal Engineering College (NEC)

Comments

  • सुन्दर राणा
    सुन्दर राणा- Thanks for this note, Useful explanations and examples provided in the course which helped me to understand the concept better.
  • प्रतिसरा अधिकारी
    प्रतिसरा अधिकारी- Strength of Materials Notes - Thank you very much for providing useful notes on Strength of Materials by Sumit Paudel that will help me in my studies. Strength of Materials Notes - Thank you very much for providing useful notes on Strength of Materials by Sumit Poudel that will help me in my studies. Strength of Materials Notes - Thank you very much (also for the previous one) Strength of Materials Notes - Help and Thanks Strength of Materials Notes - Thanks
  • सुश्री कर्साङ के.सी
    सुश्री कर्साङ के.सी- Thanks for this NEC notes, This is helpful.
  • किशोर मानन‍धर
    किशोर मानन‍धर- Thanks for this note on Strength of Materials, effective application and practice will help you better understanding. Thanks for these notes! This is helpful.
  • संजिव राजकर्णिकार
    संजिव राजकर्णिकार- Material failure is influenced largely by stress intensity factor Coefficient of hyperbolic secant relates the applied stress to material properties Critical stress occurs when crack tip approaches the onset range under constant load or increasing Material strength and ductility depend on its crystal structure Fatigue failure often observed at high frequency loading cycles
  • महावती जैन
    महावती जैन- The application of civil engineering to design and analysis of structures, especially those that require high strength such as high-rise buildings and infrastructure projects in Pokhara which heavily relies on geotechnical behavior.
  • सुश्री अंगुर शर्मा
    सुश्री अंगुर शर्मा- The importance of Pokhara University engineering notes in strength of materials course cannot be overstated greatly
  • छिरिङ गडतौला
    छिरिङ गडतौला- "The behavior of materials under tensile load can be modeled using the Stress-Strain relationship."