Fire investigation

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

Date Published

2024

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

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

Date Published

2021

Publication Type

Thesis/Dissertation, Research (Applied/Empirical)

Agencies

NIJ-Sponsored

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

Date Published

2024

Publication Type

Report (Grant Sponsored)

Agencies

NIJ-Sponsored

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

Date Published

December 2024

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

Improving Fire Pattern Analysis Using Non-Invasive Sensor Technologies

15PNIJ-24-GG-03845-RESS

Open

Funding First Awarded

2024

$630,560

Improving the Data Interpretation Process in Forensic Fire Debris Analysis

15PNIJ-24-GG-03847-NIJB

Past Project Period End Date

Funding First Awarded

2024

$179,968

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

Date Published

2024

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

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

Date Published

2024

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

Local and Global Sensitivity Analysis of Gypsum Board Calcination

Date Published

September 2023

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

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

Date Published

March 2023

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

Advances in Detecting and Identifying Explosives After an Attack

Date Published

February 26, 2024

Two NIJ-funded studies examine new ways to analyze trace evidence in the aftermath of an explosion or bombing.

Major Chemical Compounds in the Ignitable Liquids Reference Collection and Substrate Databases

Date Published

September 2017

Publication Type

Research (Applied/Empirical), Report (Study/Research), Report (Grant Sponsored), Program/Project Description

Agencies

NIJ-Sponsored

Application of Self-Organizing Maps to the Analysis of Ignitable Liquid and Substrate Pyrolysis Samples

Date Published

2018

Publication Type

Research (Applied/Empirical), Report (Study/Research), Report (Grant Sponsored), Program/Project Description

Agencies

NIJ-Sponsored

The Effect of Uncertainty in Calibration Data on Burning Rate Predictions

Date Published

February 2024

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

Biodegradation of Representative Ignitable Liquid Components on Soil

Date Published

2017

Publication Type

Research (Applied/Empirical), Report (Study/Research), Report (Grant Sponsored), Program/Project Description

Agencies

NIJ-Sponsored

Model-effects on Likelihood Ratios for Fire Debris Analysis

Date Published

2018

Publication Type

Research (Applied/Empirical), Report (Study/Research), Report (Grant Sponsored), Program/Project Description

Agencies

NIJ-Sponsored

Nanoscale Ex Situ Thermal Impulse Sensors for Structural Fire Forensics

Date Published

2018

Publication Type

Research (Applied/Empirical), Report (Study/Research), Report (Grant Sponsored), Program/Project Description

Agencies

NIJ-Sponsored

Model Distribution Effects on Likelihood Ratios in Fire Debris Analysis

Date Published

2018

Publication Type

Research (Applied/Empirical), Report (Study/Research), Report (Grant Sponsored), Program/Project Description

Agencies

NIJ-Sponsored

Structural Fire Forensics: Using Optically Active Nanoparticles to Determine a Fire's Thermal Impulse

Date Published

2016

Publication Type

Research (Applied/Empirical), Publication

Agencies

NIJ-Sponsored

Modeling Gas Burner Fires In Ranch and Colonial Style Structures

Date Published

2020

Publication Type

Research (Applied/Empirical), Publication

Agencies

NIJ-Sponsored

Analyst and machine learning opinions in fire debris analysis

Date Published

2023

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

Experimental and numerical investigations for the development and validation of thermo-chemistry models and property databases for selected wall lining materials under fire exposure

15PNIJ-23-GG-04204-RESS

Open

Funding First Awarded

2023

$290,289

Recovery and Analysis of Less Volatile Components for the Identification of Ignitable Liquid Residues in Fire Debris - Continuation of current NIJ-funded project (2020-DQ-BX-0003)

15PNIJ-23-GG-04223-RESS

Open

Funding First Awarded

2023

$99,818

Comprehensive Evaluation of Kinetic and Thermodynamic Approaches to Predict Evaporation of Ignitable Liquids for Fire Debris Applications

15PNIJ-23-GG-04231-RESS

Open

Funding First Awarded

2023

$262,678

Development of an Interactive Database of Contemporary Material Properties for Computer Fire Modeling

Date Published

2023

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

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