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Matthew Bundy (Fed)

Dr. Matthew F. Bundy is the Director of and a supervisory mechanical engineer in the National Fire Research Laboratory (NFRL) of the Fire Research Division (FRD) of the Engineering Laboratory (EL) at the National Institute of Standards and Technology (NIST). Dr. Bundy joined NIST in 1999 as a NRC/NIST Postdoctoral Research Fellow in the Fire Research Division and studied suppression of low strain rate laminar diffusion flames in microgravity.

Dr. Bundy is the current group leader of the EL National Fire Research Laboratory. He has led projects studying uncertainty of heat release rate measurements in large scale fires, flammability measures for polymeric materials, and under-ventilated compartment fires. He is the Research Executive of the ASTM E5 Fire Standards Committee.

News

Publications

Fire Resilience of a Steel-Concrete Composite Floor System: Full Scale Experimental Evaluation for Influence of Slab Reinforcement and Unprotected Secondary Beam (Test #3)

Author(s)
Selvarajah Ramesh, Lisa Choe, Matthew Hoehler, Matthew Bundy, Rodney Bryant, Giovanni Di Cristina Torres, Brian Story, Anthony R. Chakalis, Artur A. Chernovsky, Philip Deardorff, Michael Selepak
The National Fire Research Laboratory at the National Institute of Standards and Technology conducted a series of large compartment fire tests to investigate

NIST Outdoor Structure Separation Experiments (NOSSE) with Wind

Author(s)
Alexander Maranghides, Shonali Nazare, Eric Link, Kathryn Butler, Erik L. Johnsson, Matthew Bundy, Artur A. Chernovsky, Frank Bigelow, Steven Hawks, William (Ruddy) Mell, Anthony Bova, Thomas Milac, William Walton, Bob Raymer, Frank Frievalt
The NIST Outdoor Structure Separation Experiments are part of the NIST Structure Separation Experiments project, which is designed to assess structure-to

FIRE RESILIENCE OF STEEL-CONCRETE COMPOSITE FLOOR SYSTEMS

Author(s)
Selvarajah Ramesh, Lisa Choe, Matthew Hoehler, Matthew Bundy
This paper presents the results of compartment fire experiments conducted on 9.1 m × 6.1 m steel-concrete composite floors in a full-scale, two-story, two-bays
Created October 9, 2019, Updated October 3, 2023