Fire investigation

Evaluating Machine Learning Methods on a Large-scale of in Silico Fire Debris Data

NCJ Number

310307

Journal

Forensic Chemistry

Date Published

July 2025

Agencies

NIJ-Sponsored

DOI

NCJ Number 310048 thumbnail image

Enhanced Ignitable Liquid and Substrate Database Functionality for Improved Casework and Research

Date Published

December 2024

Agencies

NIJ-Sponsored

Assessing the Feasibility of Fire-pattern-based Data-driven Models for Pre-flashover Fire Origin Determination

NCJ Number

310205

Date Published

2024

Agencies

NIJ-Sponsored

HTML

Automated Image-based Identification and Consistent Classification of Fire Patterns with Quantitative Shape Analysis and Spatial Location Identification

NCJ Number

310204

Journal

Developments in Built Environment

Date Published

January 2025

Agencies

NIJ-Sponsored

HTML

Investigation of Water Effect on Ignitable Liquid Residue Analysis by Coupling Solid-Phase Microextraction with Direct Analysis in Real Time Mass Spectrometry

NCJ Number

310200

Date Published

2024

Agencies

NIJ-Sponsored

PDF

Measurement of Heat Transfer and Fire Damage Patterns on Walls for Fire Model Validation

NCJ Number

310170

Date Published

September 2024

Agencies

NIJ-Sponsored

HTML

Differentiated Factor Expression by Chemical Class in the Concentration of Ignitable Liquid Residue by Dynamic Vapor Microextraction

NCJ Number

310137

Journal

Forensic Chemistry

Date Published

March 2025

Agencies

NIJ-Sponsored

HTML

NCJ Number 310048 thumbnail image

Enhanced Ignitable Liquid and Substrate Database Functionality for Improved Casework and Research

NCJ Number

310048

Date Published

December 2024

Agencies

NIJ-Sponsored

PDF

In Silico Created Fire Debris Data for Machine Learning

NCJ Number

310024

Journal

Forensic Chemistry

Date Published

March 2025

Agencies

NIJ-Sponsored

HTML

NCJ Number 309916 thumbnail image

Detection of Ignitable Liquid Residues in Fire Debris by Using Direct Analysis in RealTime Mass Spectrometry (DART-MS)

Date Published

2024

Agencies

NIJ-Sponsored

Experimental and Numerical Investigation of Gypsum Calcination under Fire Exposure (Thesis)

Date Published

2021

Agencies

NIJ-Sponsored

Experimental and Numerical Investigation of Gypsum Calcination under Fire Exposure (Thesis)

NCJ Number

309925

Date Published

2021

Agencies

NIJ-Sponsored

HTML

NCJ Number 309916 thumbnail image

Detection of Ignitable Liquid Residues in Fire Debris by Using Direct Analysis in RealTime Mass Spectrometry (DART-MS)

NCJ Number

309916

Date Published

2024

Agencies

NIJ-Sponsored

PDF

NCJ Number 309834 thumbnail image

Extraction of Ignitable Liquid Residues by Dynamic Capillary Headspace Sampling and Comparison to the Carbon Strip Method

Date Published

2024

Agencies

NIJ-Sponsored

NCJ Number 309834 thumbnail image

Extraction of Ignitable Liquid Residues by Dynamic Capillary Headspace Sampling and Comparison to the Carbon Strip Method

NCJ Number

309834

Date Published

2024

Agencies

NIJ-Sponsored

PDF

Recovery and Detection of Ignitable Liquid Residues from the Substrates by Solid Phase Microextraction – Direct Analysis in Real Time Mass Spectrometry

Journal

Forensic Chemistry

Date Published

December 2024

Agencies

NIJ-Sponsored

Recovery and Detection of Ignitable Liquid Residues from the Substrates by Solid Phase Microextraction – Direct Analysis in Real Time Mass Spectrometry

NCJ Number

309656

Journal

Forensic Chemistry

Date Published

December 2024

Agencies

NIJ-Sponsored

HTML

Fire Safety Research Institute Materials and Products database-A resource to support fire modeling

Journal

Journal of Fire Sciences

Date Published

2024

Agencies

NIJ-Sponsored

NCJ Number 309047 thumbnail image

Evaluation of Heat Flux Profiles Through Walls in Support of Fire Model Validation

Date Published

2024

Agencies

NIJ-Sponsored

Fire Safety Research Institute Materials and Products database-A resource to support fire modeling

NCJ Number

309069

Journal

Journal of Fire Sciences

Date Published

2024

Agencies

NIJ-Sponsored

HTML

NCJ Number 309047 thumbnail image

Evaluation of Heat Flux Profiles Through Walls in Support of Fire Model Validation

NCJ Number

309047

Date Published

2024

Agencies

NIJ-Sponsored

PDF

Local and Global Sensitivity Analysis of Gypsum Board Calcination

Date Published

September 2023

Agencies

NIJ-Sponsored

3D Mathematical Model for Heat and Mass Transfer Mechanisms in Gypsum Board Exposed to Fire

Date Published

March 2023

Agencies

NIJ-Sponsored

Local and Global Sensitivity Analysis of Gypsum Board Calcination

NCJ Number

308886

Date Published

September 2023

Agencies

NIJ-Sponsored

HTML

3D Mathematical Model for Heat and Mass Transfer Mechanisms in Gypsum Board Exposed to Fire

NCJ Number

308885

Date Published

March 2023

Agencies

NIJ-Sponsored

HTML