Materials Science

Overview

The scientific study of materials and how they are processed..

Projects

Elementary

  1. Casting
  2. Electrical Properties of Materials
  3. Mechanical Properties of Materials
  4. Metals
  5. Thermal Properties of Materials

Intermediate

  1. Alloys
  2. Ceramics
  3. Chemical Properties of Materials
  4. Crystallography
  5. Deformation
  6. Elasticity
  7. Energy Balance
  8. Hardening
  9. Heat Treatment
  10. Materials Structure
  11. Measurement of Mechanical Properties
  12. Mechanical Testing
  13. Melting
  14. Monte Carlo Simulations
  15. Optical Metallography
  16. Structure of Alloys
  17. Structure of Metals
  18. Symmetry

Advanced

  1. Annealing
  2. Atomic Diffusion
  3. Binary Diffusivity
  4. Brittle Fracture
  5. Cathodic Protections
  6. Ceramic Materials
  7. Coatings
  8. Colloidal Dispersions
  9. Complex Fluids
  10. Composite Fibers
  11. Convection
  12. Corrosion
  13. Corrosion Rates
  14. Creep
  15. Crystal Structure
  16. Defects in Crystals
  17. Diffusion
  18. Dislocation
  19. Electrochemical Thermodynamics
  20. Electrochemistry
  21. Electron Microscopy
  22. Eutetic Alloys
  23. Fatigue
  24. Film Formation
  25. Finite Elements
  26. Flourescence
  27. Flow of Solids
  28. Fractography
  29. Fracture of Solids
  30. Free Electron Theory
  31. Free Energy of Reactions
  32. Front Tracking
  33. Functionally Graded Materials
  34. Grain Boundaries
  35. Growth
  36. Hardenability
  37. Heat Conduction
  38. Heterogeneous Equilibria
  39. Inorganic Photochemistry
  40. Interfaces
  41. Internal Friction
  42. Internal Microstructure
  43. Iron-Carbon Phase Diagram
  44. Laminar Flow
  45. Level Set Methods
  46. Liquid Crystals
  47. Mass Balance
  48. Mass Transfer Coefficient
  49. Material Failure
  50. Material Structure
  51. Mesophases
  52. Metal Deformation
  53. Metallography
  54. Microstructure Evolution
  55. Molecular Dynamics
  56. Molecular Sieves
  57. Nucleation
  58. Organometallics
  59. Oxidation
  60. Phase Diagrams
  61. Plastic Deformation
  62. Plasticity
  63. Point Defects
  64. Polarization
  65. Polymers
  66. Radiative Heat Transfer
  67. Scanning Electron Microscopy
  68. Solidifcation
  69. Statistical Mechanics of Materials
  70. Statistical Thermodynamics of Phase Equilibrium
  71. Statistical Thermodynamics of Single Crystals
  72. Statistical Thermodynamics of Solutions
  73. Strengthening
  74. Surfaces
  75. Thermal Conductivity
  76. Thermodynamics of Defects
  77. Transmission Electron Microscopy
  78. Turbulent Flow
  79. Vapor Deposition
  80. Uniaxial Stress-Strain
  81. Viscosity
  82. X-Ray Crystallography

Frontier

  1. Catalysis
  2. Copolymers
  3. Corrosion Control
  4. Dislocation Substructure
  5. Disorder-Order Transitions
  6. Electron Diffraction
  7. Formation of Microstructure
  8. Interface Dynamics
  9. Ion Beam Deposition
  10. Microemulsions
  11. Molecular Monolayers
  12. Nanotechnology
  13. Organic Electronics
  14. Phase Transitions
  15. Photoelectrochemistry
  16. Surficant Solutions
  17. Transition Metal Catalysts

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