Here you can find theorical information about material science.
MECHANICAL PROPERTIES OF MATERIALS
STRESS A variable that can be used as a measure of strength of a structural member.
STRAIN The total movement of a point with respect to a fixed reference coordinates is called displacement.
MECHANICAL PROPRETIES OF MATERIALS Understand the qualitative and quantitative description of mechanical properties of materials.
AXIAL MEMBERS Members with length significantly greater than the largest cross-sectional dimension and with loads applied along the longitudinal axis.
TORSION OF SHAFTS Shafts are structural members with length significantly greater than the largest cross-sectional dimension used in transmitting torque from one plane to another.
SYMMETRIC BENDING OF BEAMS A beam is any long structural member on which loads act perpendicular to the longitudinal axis.
DEFLECTION OF SYMMETRIC BEAMS To learn how to formulate and solve the boundary value problem for deflection of a beam at any point.
STRESS TRANSFORMATION Learn the equations and procedures of relating stresses (on different planes) in different coordinate system at a point.
STRAIN TRANSFORMATION Ideas, definitions, and equations in Strain Transformation are very similar to those in Stress Transformation. But there are also several differences.
DESIGN AND FAILURE Learn the computation of stresses and strains in structural members subjected to combined axial, torsion, and bending loads.
STABILITY OF COLUMNS Develop an appreciation of the phenomena of buckling and the various types of structure instabilities.
REVIEW
MECHANICALS PROPERTIES OF POLYMERs
MECHANICALS PROPERTIES OF POLYMERS
OPTICAL PROPERTIES OF MATERIALS
OPTICAL PROPERTIES OF MATERIALSFundamental physics behind both absorption and refraction (as well as other linear optical processes) is that the oscillating electric field mixes different energy eigen states.
CERAMIC MATERIALS
CERAMIC MATERIALS
