MEGR 3161 (MEGR 3161)

University Of North Carolina - Charlotte

Here are the best resources to pass MEGR 3161 (MEGR 3161). Find MEGR 3161 (MEGR 3161) study guides, notes, assignments, and much more.

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MEGR 3161 – Engineering Materials – Lecture Notes
  • Class notes

    MEGR 3161 – Engineering Materials – Lecture Notes

  • These MEGR 3161 – Engineering Materials Lecture Notes provide a complete, semester‑long reference for the 2025–2026 study year at UNC Charlotte. The document covers every major topic taught in the course, including crystallographic directions, Miller indices, crystal structures (FCC, BCC, HCP), atomic packing factor (APF), theoretical density, X‑ray diffraction (XRD), crystal defects, dislocations, grain boundaries, microscopy methods, stress–strain behavior, mechanical properties, tru...
  • DanielChisom208
    $9.98 More Info
MEGR 3161 – Engineering Materials – Final Exam Review Notes + Worked Examples
  • Class notes

    MEGR 3161 – Engineering Materials – Final Exam Review Notes + Worked Examples

  • These MEGR 3161 – Engineering Materials Final Exam Review Notes provide a complete, exam‑focused summary of all major topics covered throughout the 2025–2026 study year. Designed specifically for UNC Charlotte mechanical engineering students, this pack consolidates Exam 1–3 material into one streamlined, easy‑to‑study document. It includes detailed explanations and fully worked examples for electron configurations, crystal structures, Miller indices, theoretical density, diffusion, v...
  • DanielChisom208
    $11.98 More Info
MEGR 3161 – Engineering Materials – Exam 1 Review Notes + Worked Examples
  • Class notes

    MEGR 3161 – Engineering Materials – Exam 1 Review Notes + Worked Examples

  • These MEGR 3161 – Engineering Materials Exam 1 Review Notes provide a complete, exam‑focused breakdown of all core topics covered in the 2025–2026 study year. The document includes clear explanations, structured summaries, and fully worked examples for bonding, electron configurations, periodic table trends, crystal structures (FCC, BCC, HCP), Miller indices, APF calculations, theoretical density, and introductory XRD concepts. Each section is organized for fast studying, with step‑by‑...
  • DanielChisom208
    $6.98 More Info
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