Ghitae

a summery of both engineering kinematics and kinetics

A summery of both Strength of Material Statics and Mechanics

This summery covers the basics of Strength of Materials, specifically for first year engineering students. It includes: -Equilibrium of rigid bodies -Loadings -Simple Trusses -Internal forces -Shear force and moments

This summery covers the engineering first year university principles of Strength of Materials and includes: -Stress and strain -Poisson ratio -Modulus of rigidity -Hooke's Law -Saint Vernant's Principle -Torsion -Shear strain, stress -Power Transmission -Angle of Twist -Bending deformation of a straight member -Flexible formula -Moment of Inertia -Deflection of Beams -Moment Curvature Relationships -Slope and Displacement by integration -Thin walled pressure vessels

This is a summery of electrical circuits, in the context of engineering. It covers first year work and includes: -voltage, current, resistance -power -ideal sources (independent and dependent) -Ohm, Kirchhoff current and voltage law -resistance, current, voltage in parallel and in series -delta to wye conversion (wheatstone bridge) -node voltage method -mesh current method -source transformers -Thevanin and Norton equivalent -super position -maximum power -inductor -capacitor -m...

This is a summery of engineering dynamics, specifically first year content, and includes: -examples -newtons 1,2,3 laws -friction (static and dynamic) -kinematic relation to kinetics -work and energy -energy conservation -impulse and momentum -impact

This summery will aid in first year engineering classes. It covers the basics of engineering statics that includes - scalars - Cartesian, position and force vectors -dot product - particle equilibrium up to three dimensions - moments and couple moments of a force -area moment of inertia -parallel axis theorem -product of inertia

This is a summery of kinematics, specifically for first year engineering and includes: -position, velocity and acceleration -constant motion -erratic motion -general curvilinear motion -general rectilinear motion -absolute dependent motion -relative motion