Samuel L. Manzello

Samuel L. Manzello's AcademicInfluence.com Rankings

Samuel L. Manzello

Engineering

#7547

World Rank

#8929

Historical Rank

Mechanical Engineering

#845

World Rank

#914

Historical Rank

Applied Physics

#3116

World Rank

#3186

Historical Rank

engineering Degrees

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Engineering

Samuel L. Manzello's Degrees

Masters Mechanical Engineering Stanford University
PhD Mechanical Engineering California Institute of Technology

Why Is Samuel L. Manzello Influential?

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According to Wikipedia, Samuel L. Manzello is a technical advisor at Reax Engineering. He has worked on microgravity droplet combustion, droplet-surface interaction, soot formation in well-stirred reactor/plug flow reactor, fire-structure interaction, and structure vulnerabilities in wildland-urban interface fires.

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Samuel L. Manzello's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

The wildland-urban interface fire problem - current approaches and research needs (2010) (333)
Numerical simulation and experiments of burning douglas fir trees (2009) (236)
An experimental study of a water droplet impinging on a liquid surface (2002) (142)
Ignition of mulch and grasses by firebrands in wildland–urban interface fires (2006) (129)
On the ignition of fuel beds by firebrands (2005) (120)
Firebrand generation from burning vegetation (2007) (117)
Experimental investigation of firebrands: Generation and ignition of fuel beds (2008) (104)
Mass and size distribution of firebrands generated from burning Korean pine (Pinus koraiensis) trees (2009) (94)
On the development and characterization of a firebrand generator (2008) (80)
Influence of gypsum board type (X or C) on real fire performance of partition assemblies (2007) (76)
Enabling the study of structure vulnerabilities to ignition from wind driven firebrand showers: A summary of experimental results (2012) (73)
Characterizing Firebrand Exposure from Wildland–Urban Interface (WUI) Fires: Results from the 2007 Angora Fire (2014) (72)
Investigation on the ability of glowing firebrands deposited within crevices to ignite common building materials (2009) (71)
Role of Firebrand Combustion in Large Outdoor Fire Spread. (2020) (65)
Determining thermal properties of gypsum board at elevated temperatures (2009) (61)
Firebrand Generation Data Obtained from a Full Scale Structure Burn | NIST (2011) (61)
Quantifying the vulnerabilities of ceramic tile roofing assemblies to ignition during a firebrand attack (2010) (56)
Enabling the Investigation of Structure Vulnerabilities to Wind- Driven Firebrand Showers in Wildland-Urban Interface (WUI) Fires (2014) (53)
The size and mass distribution of firebrands collected from ignited building components exposed to wind (2013) (52)
Soot particle size distributions in a well-stirred reactor/plug flow reactor (2007) (52)
An experimental study of high Weber number impact of methoxy-nonafluorobutane C4F9OCH3 (HFE-7100) and n-heptane droplets on a heated solid surface ☆ (2002) (48)
On the collision dynamics of a water droplet containing an additive on a heated solid surface (2002) (48)
Summary of Workshop Large Outdoor Fires and the Built Environment. (2017) (47)
Short communication On the interaction of a liquid droplet with a pool of hot cooking oil (2003) (47)
Measurement of visible and near-IR optical properties of soot produced from laminar flames (2002) (47)
An Experimental Determination of a Real Fire Performance of a Non-Load Bearing Glass Wall Assembly (2007) (47)
Experimental investigation of structure vulnerabilities to firebrand showers (2011) (44)
The effects of initial diameter on sooting and burning behavior of isolated droplets under microgravity conditions (1998) (43)
Measurement of the optical extinction coefficients of post-flame soot in the infrared (2003) (42)
Exposing Decking Assemblies to Continuous Wind-Driven Firebrand Showers (2012) (40)
Firebrands generated from a full-scale structure burning under well-controlled laboratory conditions (2014) (40)
An experimental investigation of water droplet impingement on a heated wax surface (2004) (38)
The burning of large n-heptane droplets in microgravity (2000) (37)
Investigating the Vulnerabilities of Structures to Ignition From a Firebrand Attack (2008) (35)
Experimentally Simulating Wind Driven Firebrand Showers in Wildland-urban Interface (WUI) Fires: Overview of the NIST Firebrand Generator (NIST Dragon) Technology (2013) (35)
Characteristics of Firebrands Collected from Actual Urban Fires (2018) (35)
Exposing siding treatments, walls fitted with eaves, and glazing assemblies to firebrand showers (2012) (34)
On the Use of a Firebrand Generator to Investigate the Ignition of Structures in Wildland-Urban Interface (WUI) Fires. | NIST (2007) (33)
Firebrand Production from Building Components Fitted with Siding Treatments. (2016) (33)
The influence of liquid pool temperature on the critical impact Weber number for splashing (2003) (32)
FORUM Position Paper The Growing Global Wildland Urban Interface (WUI) Fire Dilemma: Priority Needs for Research. (2018) (31)
Ignition of Mulch Beds Exposed to Continuous Wind-Driven Firebrand Showers (2015) (29)
Ignition of Wood Fencing Assemblies Exposed to Continuous Wind-Driven Firebrand Showers (2016) (28)
Full-Scale Experimental Investigation to Quantify Building Component Ignition Vulnerability from Mulch Beds Attacked by Firebrand Showers (2017) (27)
Performance of a non‐load‐bearing steel stud gypsum board wall assembly: Experiments and modelling (2007) (27)
Experimental Investigation of Wood Decking Assemblies Exposed to Firebrand Showers. (2017) (26)
Generating Wind-Driven Firebrand Showers Characteristic of Burning Structures. (2017) (25)
Firebrand production from burning vegetation (2006) (23)
CHARACTERIZING FIREBRAND EXPOSURE DURING WILDLAND-URBAN INTERFACE FIRES. | NIST (2011) (22)
Numerical modeling of fire spread through trees and shrubs (2006) (22)
Real fire performance of partition assemblies (2005) (22)
Morphology of soot collected in microgravity droplet flames (2002) (21)
The new and improved NIST Dragon's LAIR (Lofting and Ignition Research) facility (2012) (21)
Measurement of Thermal Properties of Gypsum Board at Elevated Temperatures | NIST (2005) (20)
Comparison Testing Protocol for Firebrand Penetration through Building Vents: Summary of BRI/NIST Full Scale and NIST Reduced Scale Results | NIST (2010) (20)
Measurement Of Firebrand Production And Heat Release Rate (Hrr) From Burning Korean Pine Trees (2007) (20)
Investigating Effect of Wind Speeds on Structural Firebrand Generation in Laboratory Scale Experiments. (2019) (18)
Experiments to provide the scientific-basis for laboratory standard test methods for firebrand exposure (2017) (18)
Development of rapidly deployable instrumentation packages for data acquisition in wildland–urban interface (WUI) fires (2010) (17)
Summary of workshop for fire structure interaction and urban and wildland-urban interface (WUI) Fires–operation Tomodachi–fire research (2013) (17)
Experimental Study of Firebrand Transport (2015) (16)
Effects of benzene and naphthalene addition on soot inception in a well-stirred reactor/plug flow reactor (2009) (16)
Effects of sample orientation on nonpiloted ignition of thin poly(methyl methacrylate) sheets by a laser: 2. Experimental results (2006) (15)
On the Development and Characterization of a Reduced Scale Continuous Feed Firebrand Generator (2011) (14)
Sooting behavior of ethanol droplet combustion at elevated pressures under microgravity conditions (2004) (14)
Garnering understanding into complex firebrand generation processes from large outdoor fires using simplistic laboratory-scale experimental methodologies. (2020) (13)
Experimental Investigation of Firebrand Accumulation Zones in Front of Obstacles. (2017) (13)
Special Issue on Wildland–Urban Interface (WUI) Fires (2014) (12)
Furnace Testing of Full-Scale Gypsum Steel Stud Non-Load Bearing Wall Assemblies: Results of Multi-Laboratory Testing in Canada, Japan, and USA (2009) (12)
The performance of wood and tile roofing assemblies exposed to continuous firebrand assault (2016) (11)
Special Section on Structure Ignition in Wildland-Urban Interface (WUI) Fires (2017) (11)
The Effect of an Alcohol Resistant Aqueous Film Forming Foam (AR-AFFF) on the Evaporation, Boiling, and Collision Dynamics of a Water Droplet on a Heated Solid Surface (2002) (11)
Role of accumulation for ignition of fuel beds by firebrands (2020) (11)
Summary of workshop on global overview of large outdoor fire standards (2019) (10)
Determining Structure Vulnerabilities to Firebrand Showers in Wildland-Urban Interface (WUI) Fires | NIST (2011) (9)
The Performance of Concrete Tile and Terracotta Tile Roofing Assemblies Exposed to Wind-Driven Firebrand Showers (2013) (9)
Technical Note An experimental investigation of sootshell formation in microgravity droplet combustion (2004) (9)
Ignition Vulnerabilities of Combustibles around Houses to Firebrand Showers: Further Comparison of Experiments (2021) (8)
Large Outdoor Fires and the Built Environment: Objectives and Goals of Permanent IAFSS Working Group (2018) (7)
Summary of Workshop on Structure Ignition in Wildland- Urban Interface (WUI) Fires (2015) (7)
Investigating Coupled Effect of Radiative Heat Flux and Firebrand Showers on Ignition of Fuel Beds (2020) (7)
Urban-Wildland Fires: On the Ignition Of Surfaces By Embers 1 (2002) (7)
Initial Study on Thatched Roofing Assembly Ignition Vulnerabilities to Firebrand Showers. (2019) (7)
Summary of the 2011 workshop on research needs for full scale testing to determine vulnerabilities of decking assemblies to ignition by firebrand showers (2011) (7)
Fuel-dependent Effects on Droplet Burning and Sooting Behaviors in Microgravity (2009) (6)
Cold Discharge Of CF3I In A Simulated Aircraft Engine Nacelle (2003) (6)
Investigating the Effect of Structure to Structure Separation Distance on Firebrand Accumulation (2021) (6)
Quantifying wind‐driven firebrand production from roofing assembly combustion (2018) (6)
Influence of Board Spacing on Mitigating Wood Decking Assembly Ignition. (2019) (5)
Large outdoor fires and the built environment: (2019) (5)
Experimental study on the performance of a load-bearing steel stud gypsum board wall assembly exposed to a real fire (2011) (5)
Summary of Workshop on Research Needs for Full Scale Testing to Determine Vulnerabilities of Siding Treatments and Glazing Assemblies to Ignition by Firebrand Showers (2010) (5)
The importance of combustion science to unravel complex processes for informal settlement fires, urban fires, and wildland-urban interface (WUI) fires (2021) (5)
Towards understanding the effect of cedar roof covering application on firebrand production in large outdoor fires. (2021) (4)
Summary of Workshop for Urban and Wildland-Urban Interface (WUI Fires: A Workshop to Explore Future Japan/USA Research Collaborations (2011) (4)
Strategic Roadmap for Fire Risk Reduction in Buildings and Communities (2012) (4)
On the Use of a Well Stirred Reactor to Study Soot Inception. | NIST (2005) (4)
EXPOSING SIDING TREATMENTS AND WALLS FITTED WITH EAVES TO FIREBRAND SHOWERS | NIST (2011) (3)
Cold Discharge of CF 3 I in a Simulated Aircraft Engine (2001) (3)
DEVELOPING RAPID RESPONSE INSTRUMENTATION PACKAGES TO QUANTIFY STRUCTURE IGNITION MECHANISMS IN WILDLAND-URBAN INTERFACE (WUI) FIRES | NIST (2009) (3)
On Unraveling Community Ignition Processes: Joint Influences of Firebrand Showers and Radiant Heat Applied to Fuel Beds (2022) (3)
Exposing Wood Decking Assemblies to Continuous Wind-Driven Firebrand Showers (2012) (3)
A dimensional analysis on firebrand penetration through a mesh screen. (2015) (3)
Codification of Wind Loads on Buildings Using Bluff Body Aerodynamics and Climatological Data Bases. (2001) (3)
Ethanol Droplet Combustion At Elevated Pressure and Enhanced Oxygen Concentrations (2003) (3)
Summary of Full Scale Experiments to Determine Vulnerabilities of Building Components to Ignition by Firebrand Showers (2011) (3)
Ignition of Vegetation and Mulch by Firebrands in Wildland/Urban Interface (WUI) Fires. | NIST (2005) (3)
Understanding structure ignition vulnerabilities using mock‐up sections of attached wood fencing assemblies (2019) (3)
QUANTIFYING WIND DRIVEN FIREBRAND PENETRATION INTO BUILDING VENTS USING FULL SCALE AND REDUDCED SCALE EXPERIMENTAL METHODS | NIST (2010) (3)
Large Outdoor Fires and the Built Environment (LOF&BE): Summary of Workshop at Interflam 2019 (2019) (3)
Introduction to the Special Section on Global Overview of Large Outdoor Fire Standards (2020) (2)
EXPOSING GLAZING ASSEMBLIES TO FIREBRAND SHOWERS | NIST (2011) (2)
Discharge of CF3I in a Cold Simulated Aircraft Engine Nacelle | NIST (2002) (2)
FIREBRANDS GENERATED FROM FULL-SCALE BUILDING COMPONENTS AND STRUCTURES UNDER AN APPLIED WIND-FIELD | NIST (2013) (2)
Analysis of Inter-laboratory Testing of Non-loadbearing Gypsum/Steel-Stud Wall Assemblies (2007) (2)
Summary of Workshop on Research Needs for Full Scale Testing to Determine Vulnerabilities of Decking Assemblies to Ignition by Firebrand Showers (2011) (2)
Comparing particulate morphology generated from human-made cellulosic fuels to natural vegetative fuels (2022) (2)
Characteristics of Firebrands Collected from Urban Fire Niigata Fire, December 22nd 2016 | NIST (2017) (2)
Ignition of Mulch by Firebrands in Wildland/Urban Interface (WUI) Fires (2005) (2)
Firebrand generation from burning vegetation 1 (2007) (2)
Influence of Base Sheathing Material on Wind-Driven Firebrand Production During Real-Scale Building Component Combustion (2018) (2)
Influence of Angle Orientation on Firebrand Production from the Combustion of Surrogate Photovoltaic (PV) Panel Assemblies Exposed to Applied Wind Fields. (2020) (2)
Summary of workshop for fire-structure interaction and urban and Wildland-Urban Interface (WUI) fires (2012) (2)
DISCHARGE OF CF 3 I IN A COLD SIMULATED AIRCRAFT ENGINE NACELLE (2002) (2)
FIREBRAND ATTACK ON CERAMIC TILE ROOFING ASSEMBLIES (2009) (2)
Workshop for Fire Structure Interaction and Urban and Wildland-Urban Interface (WUI) Fires Operation Tomodachi Fire Research | NIST (2013) (2)
Summary of Workshop on Fire-Structure Interaction and Urban and Wildland-Urban Interface (WUI) Fires Operation Tomodachi: Fire Research (2012) (2)
Special Issue on Operation Tomodachi—Fire Research (2016) (2)
Firebrands Generated in Shurijo Castle Fire on October 30th, 2019 (2021) (2)
Droplet Impact on a Heated Stainless Steel Surface: Influence of Camera Framing Rate (2004) (1)
Collision Dynamics of A Liquid Fire Suppressant Upon A Heated Wax Surface (2003) (1)
The world is burning: What exactly are firebrands and why should anyone care? (2023) (1)
Special Issue on Wildland-Urban Interface (2014) (1)
EXPERIMENTAL INVESTIGATION OF WOOD DECKING ASSEMBLIES ATTACKED BY FIREBRAND SHOWERS | NIST (2016) (1)
Development of Rapidly Deployable Instrumentation Packages for Real Time Data Acquisition in Wildland-Urban Interface (WUI) Fires | NIST (2010) (1)
Summary of Workshop for Fire-Structure Interaction and Large Outdoor Fires Operation Tomodachi: Fire Research (2015) (1)
Using the NIST Dragon to Quantify Structure Vulnerabilities to Ignition from Firebrand Showers | NIST (2010) (1)
Structure Ignition in Wildland-Urban Interface (WUI)) Fires Special Section (2017) (1)
Microgravity droplet combustion: An experimental investigation on the influence of sooting and radiation on droplet burning. (2000) (1)
Investigating Conifer Tree Combustion in the Presence of an Applied Wind Field (2022) (1)
An Experimental Study on Effects of Sample Orientation on Non-Piloted Ignition of Thin PMMA Sheets (2005) (1)
The Effects of Sooting and Radiation on Droplet Combustion (1997) (1)
Firebrand Processes in Wildland Fires and Wildland-Urban Interface (WUI) Fires (2019) (1)
The new and improved NIST Dragons LAIR (Lofting and Ignition Research) Facility: Coupling the Reduced Scale Continuous Feed Firebrand Generator to Bench Scale Wind Tunnel | NIST (2011) (1)
FIRE PERFORMANCE OF PARTITION ASSEMBLIES (2004) (1)
On the Importance of Firebrand Processes in Large Outdoor Fires. (2019) (1)
Toward understanding ignition vulnerabilities to firebrand showers using reduced‐scale experiments (2021) (1)
Use of laser-induced ionization to detect soot inception in premixed flames. (2005) (1)
EFFECT OF SIDING TREATMENT ON FIREBRAND PRODUCTION FROM BUILDING COMPONENTS | NIST (2015) (1)
Experimental Study on Vulnerabilities of Japanese-Style Tile Roof Assemblies to Firebrand Exposures (2020) (1)
Experimental Study on Effects of Sample Orientation on Non-Piloted Ignition of Thin PMMA Sheets. | NIST (2005) (0)
Experimental Study of Firebrand Transport | NIST (2014) (0)
Summary of workshop for fi re structure interaction and urban and wildland-urban interface ( WUI ) Fires – operation Tomodachi – fi re research (2013) (0)
STUDY ON FIREBRAND GENERATION FROM ROOFING ASSEMBLY COMBUSTION (2018) (0)
Firebrand Production From Burning Vegetation 1 (2006) (0)
Ignition of Fine Fuels Exposed to Firebrand Showers | NIST (2014) (0)
FIREBRAND ACCUMLATION ZONES IN FRONT OF STRUCTURES IN WILDLAND-URBAN INTERFACE (WUI) FIRES | NIST (2015) (0)
Large Outdoor Fires and the Built Environment: Objectives and Goals of Permanent IAFSS Working Group (2018) (0)
Review of Research on Human Behavior in Large Outdoor Fires (2023) (0)
FIREBRAND IGNTION IN LARGE OUTDOOR FIRES: THE USE OF FULL-SCALE EXPERIMENTS TO GUIDE THE DEVELOPMENT OF LABORATORY STANDARD TEST METHODS | NIST (2016) (0)
An Experimental Investigation of Gypsum Board Partition Assembly Performance Under Real Fire Exposures (2006) (0)
Non-Piloted Ignition Visualization on a Thin Poly(methylmethacrylate) (PMMA) Surface (2005) (0)
Announcement: Workshop on ‘Large Outdoor Fires and the Built Environment’ (LOF & BE 2020) (2020) (0)
Ignition of Mulch Beds Exposed to Continuous Wind-Driven Firebrand Showers (2014) (0)
A NIST Kinetic Data Base for PAH Reaction and Soot Particle Inception During Combusion (2007) (0)
Characteristics of Firebrands Penetrated Under Japanese Style Tile Roofing Assemblies (2019) (0)
Forest Fire reseArch (2021) (0)
Firebrand Generation from a Full-Scale Structure | NIST (2013) (0)
Full-Scale Experimental Investigation to Quantify Building Component Ignition Vulnerability from Mulch Beds Attacked by Firebrand Showers (2015) (0)
Fire Performance of Partition Assemblies | NIST (2004) (0)
Large Outdoor Fires and the Built Environment (LOF&BE): (2019) (0)
1 On the Use of a Well Stirred Reactor to Study Soot Inception (2005) (0)
FIREBRAND ATTACK ON CERAMIC TILE ROOFING ASSEMBLIES | NIST (2009) (0)
Experimental Study of a Water Droplet Impinging on a Liquid Surface | NIST (2002) (0)
Characterizing Firebrand Exposure from Wildland–Urban Interface (WUI) Fires: Results from the 2007 Angora Fire (2012) (0)
Plenary – Reducing the Risk of Fire in Buildings and Communities (2013) (0)
Ignition of Japanese style tile roofing assemblies exposed to firebrands (2018) (0)
Announcement: Workshop on ‘Large Outdoor Fires and the Built Environment’ (LOF & BE 2020) (2020) (0)
INVESTIGATING WIND DRIVEN FIREBRAND PENETRATION INTO BUILDING VENTS | NIST (2010) (0)
Use of Laboratory Scale Experiments to Investigate Firebrand Processes (2019) (0)
Proceedings of the 2009 Workshop on Innovative Fire Protection | NIST (2010) (0)
EXPERIMENTAL STUDY ON IGNITIONS OF THATCHED ROOFING ASSEMBLIES EXPOSED FROM FIREBRANDS | NIST (2018) (0)
The Influence of COVID-19 Stay at Home Measures on Fire Statistics Sampled from New York City, London, San Francisco, and Tokyo (2021) (0)
EXPERIMENTAL STUDY OF PERFORMANCE OF A LOAD-BEARING STEEL STUD GYPSUM BOARD WALL ASSEMBLY EXPOSED TO REAL FIRE | NIST (2011) (0)
Effect of three lockdowns in London: Case study for residential fires (2022) (0)
Characteristics of Firebrands Collected from Actual Urban Fires (2018) (0)
Experimental Study of Firebrand Transport (2014) (0)
Vulnerability of Decking Assemblies to Continuous Firebrand Shower | NIST (2013) (0)
Special Section on Structure Ignition in Wildland-Urban Interface (WUI) Fires (2016) (0)
Firebrand Production From Burning Vegetation | NIST (2006) (0)
BUILDING COMPONENT IGNTION FROM MULCH BEDS IGNITED BY FIREBRAND SHOWERS | NIST (2015) (0)
Firebrand Accumulation in Front of Structures in Large Outdoor Fires | NIST (2014) (0)
Ignition of Mulch beds exposed to firebrand showers | NIST (2014) (0)
IGNITION OF STRUCTURES FROM WIND DRIVEN FIREBRAND SHOWERS | NIST (2012) (0)
DEVELOPMENT OF REDUCED-SCALE EXPERIMENTAL FACILITY TO STUDY FIREBRAND IGNTION | NIST (2015) (0)
Investigation of Sooting in Microgravity Droplet Combustion: Fuel-Dependent Effects (1999) (0)
Special Issue on Wildland–Urban Interface (WUI) Fires (2013) (0)
The processes of firebrand deposition and accumulation from wind‐driven firebrand showers (2022) (0)
Understanding Structure Ignition Vulnerabilities Using Reduced Size Sections of Building Components | NIST (2016) (0)
Fuel Dependent Effects on Droplets Burning in Microgravity (2009) (0)
Editorial: Improved Understanding of Firebrand Processes During Large Scale Fire Disasters (2022) (0)
Experimental and Theoretical Approaches to Elucidate Fuel Bed Ignition Exposed to Firebrand Showers and Radiant Heat (2023) (0)
Microgravity Superagglomerates Produced By Silane And Acetylene (2003) (0)
Hardening structures to resist wildland-urban (WUI) fire exposures (2014) (0)
Measurement of Soot Particle Size Distributions From a Well Stirred Reactor-Plug Flow Reactor. | NIST (2005) (0)
Determining Ignition Regime Maps of Building Materials Exposed to Continuous Wind-Driven Firebrand Showers | NIST (2011) (0)
Investigation on Firebrand Generation from Reduced-scale Mock-ups | NIST (2017) (0)
Reducing the Risk of Fire in Buildings and Communities | NIST (2014) (0)
Experiments to Quantify Firebrand Production from Roofing Assembly (2017) (0)
Determining the Influence of Wind Speed on Structural Firebrand Generation in Laboratory Experiments (2018) (0)
Urban/Widlland Fires: Ignition by Embers (2004) (0)
Fire Performance of of a Non-Load Bearing Steel Stud Gypsum Board Wall Assembly. (POSTER ABSTRACTS) | NIST (2005) (0)
Operation Tomodachi -Fire Research Special Issue (2016) (0)
Experimental Study on Vulnerabilities of Japanese-Style Tile Roof Assemblies to Firebrand Exposures (2020) (0)
ANALYSIS ON THE EFFECT OF WIND ON FIREBRAND ACCUMULATION IN FRONT OF OBSTACLES | NIST (2017) (0)
Special Issue on the Importance of Combustion Science to Unravel Complex Large Outdoor Fire Processes (2021) (0)
Ignition of Wood Fencing Assemblies Exposed to Continuous Wind-Driven Firebrand Showers (2015) (0)
Urban/Wildland Fires: Ignition by Embers. | NIST (2004) (0)
Development and Characterization of Continuous Feed Firebrand Generator | NIST (2013) (0)
Reduced-scale Experimental Facility to Characterize Firebrand Ignition | NIST (2015) (0)
Exposing Fencing Assemblies to Firebrand Showers Characteristic of Burning Structures | NIST (2017) (0)
Firebrand Generation from Building Components with Cedar Siding | NIST (2013) (0)
Special Issue on Operation Tomodachi—Fire Research (2016) (0)
Large Outdoor Fires and the Built Environment (LOF&BE): Summary of Virtual Workshop (2020) (0)
Investigating Firebrand Accumulation over Various Scales | NIST (2016) (0)

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Samuel L. Manzello's Degrees

Why Is Samuel L. Manzello Influential?

Samuel L. Manzello's Published Works

Published Works

Other Resources About Samuel L. Manzello

What Schools Are Affiliated With Samuel L. Manzello?

Samuel L. Manzello's AcademicInfluence.com Rankings