The Environmental Engineering Laboratory is used by civil engineering students to perform water quality and environmental studies to determine parameters needed in the design of treatment and remediation systems for drinking water, domestic and industrial wastewater, storm water runoff, and contaminated soil and groundwater.

Equipment

  • Batch, Complete Mix, and Plug Flow Reactors for unit operation
  • Controlled Stirring Apparatus for jar tests
  • Hach Spectrophotometer
  • Auto Claver for sterilization
  • Platform Shaker to extract contaminants from solid media

 

The fluid mechanics lab is used to study hydraulic machinery and fluid flow in pipes and open channels. Topics include waves, weirs, orifices, hydraulic jumps, and flow rate measurement. A wind tunnel is used to study lift and drag on objects such as airfoils and vehicles. An impulse turbine is used to investigate hydropower concepts and maximize efficiency. There is a groundwater tank that demonstrates how and why water flows through aquifers. A centrifugal pump system demonstrates how to optimally design a water distribution system by modeling pressures and friction losses.

Equipment

  • Wind tunnel
  • Groundwater tank
  • Pump Storage tank
  • Recirculating flume
  • Impulse turbine

 

The equipment in the geotechnical lab is used to determine the strength, compressibility and permeability of soil specimens. This information is then used to design building foundations, buried structures and tunnels, retaining walls, landfill liners, and earthen structures, and evaluate static and dynamic properties of soils.

Equipment

  • Cyclic Simple Shear Test Apparatus
  • Cyclic Triaxial Test Apparatus
  • Direct Shear Apparatus
  • Consolidometer
  • Relative Density Shaking Table
  • Hydraulic Conductivity Testing Systems
  • Compaction Equipment
  • Grain Size Analysis Equipment
  • Permeameters
  • Triaxial Test Apparatus
  • Resonant Column

 

The Senior Design Laboratory in the new Fites Engineering Innovation center is shared by mechanical, civil, and electrical and computer engineering students. Teams of civil engineering students are assigned to work areas that mimic the actual workplace environment that they will encounter upon graduation. Within these areas, the students collaborate on a two semester project to complete a civil engineering project. Examples of projects include highway interchanges, building structures, water removal systems, etc. As an added bonus, senior engineering students have their own workspace for study groups, computer use, etc.

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