Facilities:

FACILITIES

Instron servo-hydraulic tension-torsion testing machine

This servo-hydraulic testing machine has axial loading capacity of 56,200 lb. and torsional loading capacity of 22,120 in-lbs. It is equipped with a pair of hydraulic grips and digital data acquisition system.

ATS creep machine

The creep machine has an oven with an observation port and is used for creep and dynamic testing at high temperatures.

Hot press (Tetrahedron MTP14)

The hot press has a microprocessor capable of programming the temperature and pressure cycle for curing of composites. It has a loading capacity of 24 tons.

Intelligent Resin Transfer Molding (RTM) system

This is an innovative RTM system developed by the Center for Intelligent Processing of Composites. Equipped with five syringe pumps and various sensors, it is capable of metering, mixing, heating, and injecting the resin into the mold. The system is fully computerized and allows for monitoring of the RTM process and adjusting the injection parameters with a personal computer in real time.

X-Y scanning apparatus for profile measurement

This scanning system mounted on a ultrasonic scanning tank is modified to accommodate a laser based distance sensor. This is used for the static measurement of laminate profiles.

Surface monitoring moiré system:

This is a phase-shift moiré system. It is equipped with a line LED light source, a digital camera and a step motor for moving of the moiré grating. The system is fully computerized and suitable for measuring profiles and small out-of-plane deformations.

Autocrave system

This autoclave system is used for fabrication of large panels up to 18x36 in.

Instrumented drop tower

This instrumented drop tower is used for dynamic testing of composites.

Hopkinson pressure bar system

This Hopkinson bar system is used for characterizing composites and other materials at high strain rates.

 

 

 

 

 

 

 

 

  Last updated: March 8, 2007
[ Mechanical Engineering | Civil and Environmental Engineering | Center for Intelligent Processing of Composites | Northwestern University ]