Based on the typical structure of solid mechanics curricula, usually transitions from the mechanics of simple structural elements (bars, beams, and shafts covered in Part I) to 3D Stress, Strain, and Constitutive Laws . While there are several textbooks by authors named Kelly (most notably Michael W.D. Kelly , Introduction to Solid Mechanics ), the "Part II" designation almost universally covers the following core topics.
Since Part II emphasizes 3D stress states and energy methods, model the example problems in a simple Python script (using NumPy for tensor math) or an FEA tool like CalculiX or Ansys Student. Seeing the numerical solution validates the analytical solution. solid mechanics part ii kelly pdf
: Focuses on flat structural elements where thickness is small, covering Moment-Curvature Equations and curvature. "Part II" Based on the typical structure of
Round bars are easy. What about square or rectangular shafts? Kelly introduces the (Prandtl’s soap film analogy) and the warping function. The University Repository: Google "solid mechanics part ii
Simply downloading the PDF and reading it like a novel will lead to failure. These notes are dense. Here is a proven study protocol:
"solid mechanics part ii kelly site:nz" or check the University of Auckland’s engineering faculty page ("Auckland Engineering Mechanics").