The exhaustive list of topics in Applied Elasticity for Pre stressed Concrete Structures  in which we provide Help with Homework Assignment and Help with Project is as follows:

• Analysis of Stress :
• Stress tensors
• two-dimensional state of stress at a point
• principal stresses in two dimensions
• Cauchy's stress principle
• direction cosines
• stress components on an arbitrary plane with stress transformation.
• Principal stresses in three dimensions
• stress invariants
• equilibrium equations
• octahedral stresses
• Mohr's stress circle
• construction of Mohr Circle for two and three dimensional stress systems
• equilibrium equations in polar coordinates for two-dimensional state of stresses.
• General state of stress in three-dimensions in cylindrical coordinate system.
• Numerical examples
• Analysis of Strain :
• Types of strain
• strain tensors
• strain transformation.
• Principal strains
• strain invariants
• octahedral strains.
• Mohr's Circle for Strain
• equations of Compatibility for Strain
• strain rosettes.
• Numerical examples.
• Stress-Strain Relations :
• Generalised Hooke's law
• transformation of compatibility Condition from Strain components to stress components.
• Strain energy in an elastic body
• St. Venant's principle
• uniqueness theorem.
• Two Dimensional Problems in Cartesian Coordinate System :
• Plane stress and plane strain problems.
• Stress function
• stress function for plane stress and plane strain cases.
• Solution of two-dimensional problems with different loading conditions by the use of polynomials.
• Numerical examples.
• Two Dimensional Problems in Polar Coordinate System :
• Strain-displacement relations
• compatibility equation
• stress- strain relations
• stress function and biharmonic equation.
• Axisymmetric problems
• thick-walled cylinders
• rotating disks of uniform thickness
• stress concentration
• effect of circular holes on stress distribution in plates.
• Winkler's - Bach theory
• stresses in closed rings.
•   Torsion of Prismatic Bars :
• General solution of the torsion problem
• stress function
• torsion of circular and elliptic cross sections.
• Prandtl's membrane analogy
• torsion of thin walled and  multiple cell closed sections.
•  Elastic Solutions in Geomechanics :
• Solutions to the problems of Kelvin
• Boussinesq
• Flamant
• Cerrutti
• Mindlin.