Mr. Frank's expertise is in accident reconstruction, rollover analysis, computer simulation, and photogrammetry. He has experience in these areas with a variety of vehicles that includes motorcycles, passenger cars and trucks, heavy trucks, and off-highway recreational vehicles. Mr. Frank is an experienced motorcycle operator with specialized expertise in motorcycle accident reconstruction and handling dynamics. Mr. Frank is proficient in utilizing computer applications to conduct accident reconstructions and present results using 3-D visualization technics. He has extensive experience conducting single-moving and two-moving full-scale crash tests as well as vehicle handling tests. He has tested heavy trucks, passenger cars, motorcycles, and bicycles.
Mr. Frank has experience with designing custom fixtures for specific test configurations, test instrumentation, and the analysis of data collected during various test types.
Prior to joining Exponent, Mr. Frank had 10 years of experience in litigation animation working as a Project Engineer for Demonstratives, Inc./Engineering Animation, Inc. in Ames, Iowa. His responsibilities included performing accident reconstruction using photos, drawings, maps, USGS Data, and various other types of data and working on cases of patent infringement.
CREDENTIALS & PROFESSIONAL HONORS
- B.S., Mechanical Engineering, Iowa State University, 1995
LICENSES & CERTIFICATIONS
Licensed Professional Mechanical Engineer, Arizona, #51098
Fowler GF, Ray RM, Huang S, Zhao K, Frank TA. An examination of motorcycle antilock brakes systems (ABS) in reducing crash risk. ASME Technical paper, 2014, IMECE2014-36910.
Frank TA, Smith JW, Fowler GF, Carter JW. Simulating moving motorcycle to moving car crashes. SAE Technical Paper Series, 2012-01-0621.
Frank TA, Babic D, Williams P. Condition of the motorcycle steering head assembly after crash testing. SAE Technical Paper Series, 2012-01-0619.
Smith JW, Frank TA, Bosch KE, Fowler GF, Carter JW. Full-scale moving motorcycle into moving car crash testing for use in safety design and accident reconstruction. SAE Technical Paper Series, 2012-01-0103.
Frank TA, Smith JW, Hansen DC, Werner SM. Motorcycle rider trajectory in pitch-over brake applications and impacts. SAE Technical Paper Series, 2008-01-0164, Presented at SAE World Congress and Exhibition, Detroit, MI, April 2008.
Society of Automotive Engineers (member)
American Society of Mechanical Engineers (member)
Southwestern Association of Technical Accident Investigators, Inc. (SATAI) (member)
Designed a sled test fixture and testing protocol for a motorcycle that was used to study occupant trajectory during braking and braking-into–impact scenarios.