MaterialDock tools & calculators

Explore materials science through crystal structures, diffraction, and mechanical properties.

• Methodology & Equations

  Detailed list of scientific formulas, equations, assumptions, and conversion factors implemented in MaterialDock.

• Crystal Viewer 3D Lite

  Interactive 3D crystal structure viewer. Load CIF or POSCAR files locally and measure bond distances.

• Defect Concentration Tool

  Calculate equilibrium atomic vacancy fraction and vacancy concentration per volume in crystal lattices at various temperatures.

• Diffusion Calculator

  Compute Arrhenius diffusion rates, diffusion penetration distances, and model error-function concentration profiles.

• MSE Spaced Repetition Flashcards

  Study materials science concepts using local flashcards sandboxed in browser memory. Supports custom card creation and backups.

• Hardness Converter

  Convert approximate hardness values across Vickers (HV), Brinell (HB), and Rockwell (HRC/HRB) scales for steels.

• Materials Science Toolkit

  Catalog of 12 materials science interactive study tools, formulas, models, and laboratory calculators.

• Miller Indices Visualizer

  Visualize crystallographic planes (hkl) and direction vectors [uvw] in an interactive 3D unit cell.

• Density & Rule of Mixtures

  Compute density and modulus boundaries of multi-phase composites using standard Voigt/Reuss formulas.

• Periodic Table for Materials Science

  An interactive periodic table colored by density, melting point, electronegativity, or crystal structure.

• Scherrer Calculator

  Estimate crystallite grain size from X-ray diffraction peak broadening (FWHM). Corrects for instrumental broadening effects.

• Stress-Strain Analyzer

  Upload tensile test CSV files to extract Young

• Units & Constants Converter

  A materials science unit converter and constants lookup. Supports crystallographic, thermal, mechanical, and physical variables.

• Bragg's Law & XRD Simulator

  Simulate powder diffraction stick plots, allowed hkl reflection lists, and calculate Bragg diffraction angles.

Read each tool’s methods and limitations. For educational and informational use; independently verify important results.

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