BEYOND THE FURNACE 4.0

BEYOND THE FURNACE 6.0

BEYOND THE FURNACE 1.0

BEYOND THE FURNACE 7.0

Steel is being made in an L. D. converter . The metallic charge consists of hot metal and scrap.

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Root equation using Gauss-Seidel or Gauss Method - Numerical Methods Work-through

Roots of equation using false position or Regula-falsi - Numerical Method Walk-through

Roots of Equation using Newton-Raphson method - Numerical Methods Walk-through

Roots of Equation using Newton-Raphson method - Numerical Methods Walk-through

Roots of Equations using Bisection Method - Numerical Methods Walk-through

Runge-Kutta Method - Numerical Methods Walk-through

Modified or Improved Euler Method - Numerical Method walk-through

Determine miller indices for directions

How to find Miller-Bravais Indices for Planes in Hexagonal Lattice System

Capillary Action (Rise) - Surface Tension of water, Cohesive and Adhesive Forces.

Newton's Law of Viscosity - Dynamic Viscosity & Velocity Gradient - Fluid Mechanics

Determine the Crystal structure, Lattice Parameter, Indices of Planes and Interplanar Spacing.

Determine the Crystal Structure, indices, lattice parameter and interplanar spacing of Xrd pattern

Planar Density for BCC planes (100), (110) and (111).

Planar Density for BCC Plane (111)

Planar Density for BCC plane (110)

Planar Density for BCC Plane (100)

Miller Indices for Crystal Structure - Crystallographic Planes

Crystallographic Directions in Hexagonal Crystals 2 - Miller Bravais Indices

Crystallographic Directions in Hexagonal Crystals 3 - Miler Bravais Indices

Crystallographic Directions in Hexagonal Crystals 1- Miller Bravais Indices

Bulk Modulus of Elasticity - Transport Phenomena in Materials Processing - Fluid Mechanics

U Tube Manometer - Pressure, Density & Height of water & Mercury - Fluid Mechanics

Absolute and Gauge Pressure 2 - Transport Phenomena in Materials Processing - Fluid Mechanics

Absolute and Gauge Pressure 2 - Transport Phenomena in Materials Processing - Fluid Mechanics

Absolute and Gauge Pressure - Transport Phenomena in Materials Processing - Fluid Mechanics

How to draw Venn Diagram using MS Word

How to access equation editor in Word

Shape Memory Alloys - The Metals That Remember Their Shape.

Miller indices 05 - Determine the Crystallographic Directions

Calculate the theoretical volume change accompanying a polymorphic transformation in pure sodium

A gold foil is 0.08mm thick and 670mm² in area, the structure is cubic with a = 0.4076nm.

Copper (atomic mass 63.5 g/mole) has a FCC lattice and a density of 8.93 g/cm³

Copper has an atomic radius of 0.128nm, an fcc structure and an atomic weight of 63.5g/mol

Miller Indices 04 - how to Identify indices for Directions

Rotational Symmetry Operations

Derivation of Atomic Packing Factor (APF) of HCP

Calculating Cation-Anion Radius Ratios for Coordination Number 8

Show that the minimum cation-to-anion radius ratio for a coordination number of 6 is 0.4142

Calculating Cation-Anion Radius Ratios for Tetrahedral Coordination Number 4

Cation - Anion Radius Ratio for Coordination Number 3

The Power of Materials Engineering : Unlocking the Future

Why Materials Engineering?

Miller indices, APF, Coordination Number, Miller Bravais, Planar Density of unit cells.

Planar Density for FCC Planes (111) (110) and (100)

Visual Basic Language - Add and subtract two integer numbers and Use message box for outputting

Visual Basic Language - command button copies text from first textbox to second textbox in size 28

Visual Basic Language - Command buttons name, department, clear and exit.

Visual Basic Language - click on the command button name and your name appears on label

Conversion from 3 to 4-index system - Miller Bravais Indices

Miller Indices 03 - Coordinates and how to draw crystallographic planes

Miller indices 02 - Drawing crystallographic Directions

Miller Indices 01 - Identifying Crystallographic Directions

Atomic radius, Lattice parameter and APF of SC, BCC & FCC