Gleason Gear and Power Transmission Laboratories
The Gleason Gear and Power Transmission Laboratory consists of 6 high-bay rooms having 6000 square feet (about 550 square meters) of laboratory space with built in facilities such as isolated test beds and one computational research laboratory that houses the research team. The test facilities are arranged in four laboratories, dedicated to experimental investigation of different aspects of gearing.
Gear Dynamics Laboratory: houses a number of state-of-the-art test set-ups and machines to investigate the behavior of gear pairs and gear systems under dynamic operating conditions. It includes the Gear Dynamics Test Machine that is designed to measure transmission error, vibrations and root strains of spur and helical gears with or without shaft misalignments. Both encoder- and accelerometer-based transmission error measurement systems are incorporated with this test machine. Another test set-up housed in this laboratory is a planetary gear test machine to measure planet load sharing, efficiency and dynamic behavior of planetary gear sets under loaded conditions. Other test set-ups in the lab include a low-speed loaded dynamometer that is currently being used for planetary gear set and hypoid transmission error measurements as well as full-scale transmission dynamometer that is suitable for loaded dynamic tests of gearboxes, transmissions as well as spin tests of axles.
Gear Efficiency Laboratory: houses a number of test machines designed specifically to evaluate efficiency and durability aspects of gears, gear materials and lubricants. Two twin-disk test machines for contact fatigue, scoring and traction measurements and an efficiency test machine shown here with helical gear efficiency fixtures. This efficiency test machine is designed to evaluate loaded and unloaded power losses of gear pairs under high-speed (up to 10,000 rpm) and high-load conditions (up to 700 Nm).
Gear Fatigue Laboratory: houses test machines to evaluate fatigue lives of gears under both automotive and aerospace conditions. Three standard FZG gear durability test machines for performing pitting, tooth bending fatigue and scoring tests are housed in this laboratory. Also included in this laboratory is a MTS load frame fixture to perform single-tooth bending fatigue tests.
Gear Metrology Laboratory: supports the experiments in other laboratories by providing systems for measurement of surface roughness and tooth profiles, and imaging the test surfaces. A Gleason-Goulder single-flank unloaded transmission error tester, a Gleason M&M Gear CMM, a Taylor Hobson Tally-Surf surface roughness profiler and miscellaneous digital microscopes and data collection and analysis instrumentation are also included in this lab.
Gear Computation Room: for graduate student's office.