Demonstrate understanding of dimensional consistency

Apply Newton's laws of mechanics to various problems

Apply fluid statics principles to solve for forces and pressure distribution in fluids at static state or rigid body motion

Distinguish between Newtonian and non-Newtonian fluids and laminar and turbulent flow

Describe the fundamental concepts of momentum transport in laminar and turbulent flow

Analyze simple laminar flow problems at microscopic level

Select and apply appropriate friction factor correlations to compute forces involved in flows through conduits and around submerged objects

Apply macroscopic mass, momentum and energy balances in flow systems

Compute pressure drop/power requirement in piping systems

Identify and select appropriate fluid transportation and measurement devices

Analyze flows involving compressible fluid

Analyze and design simple pipeline through a group study