Table of Contents - University of...

16th International Symposium for the Interaction of the Effects of Munitions with Structures 1

Table of Contents

Welcome Letter………………………………………………………………2

General Information…………………………………………………………3-4

Conference Agenda…………………………………………………………5-8

Paper Schedule…………………………………………………………......9-15

Conference Map…………………………………………………………….16

Notes…………………………………………………………………………17-18


Conference Welcome 16th International Symposium for the Interaction of the Effects of Munitions with Structures

Nov. 9-13, 2015

The Doolittle Institute and University of Florida welcome you to the 16thInternational Symposium on the Interaction of the Effects of Munitions with Structures (ISIEMS). In addition to continuing the tradition of an outstanding technical program, we welcome everyone to the Emerald Coast where emerald green waters, white sandy beaches, and some of the world’s most friendly people are the backdrop and home to the United States’ premiere location for designing survivable bunkers and bunker busting munitions. This symposium promises to be a week of connecting with and learning from partners and leaders in the field of munitions and structures through a series of papers, presentations, and in-depth discussions. At the conclusion of the symposium, you will be better equipped as leaders in this important and critical field. Locally, Eglin Air Force Base hosts the Army Ranger School, the Navy's Explosive Ordnance Demolition School, the Air Force's F-35 International School, Development and Operational Weapon Testing, and the Air Force Research Laboratory’s Munitions Directorate. Our military neighbors include the Navy Coastal Systems Laboratory, Air Force F-22 School, the 7th Special Forces Group (Airborne), Air Force Special Operations Command at Hulburt Field, and the Air Force Civilian Engineer laboratory in Panama City. In addition to the University of Florida, we are supported by numerous other Universities and Colleges to include the Florida State University, Auburn University, University of West Florida, North West Florida State College, Georgia Tech Institute of Technology, Gulf State College, Troy State University, Tuskegee University, and Emory-Riddle Aeronautical University. Dr. Ted Krauthammer, University of Florida Dr. Steve Butler, Doolittle Institute


GENERAL INFORMATION

Dates: Monday, November 9 – Friday, November 13, 2015

Meeting Site: Hilton Sandestin

4000 Sandestin Blvd., South

Miramar Beach, FL 32550

Toll Free: (800) 559-1805 FREE

Local: (850) 267-9500

Fax: (850) 267-3076

[email protected]

Registration/Check-in: Please register/check-in at the Emerald Registration Desk to receive your name badge and conference

materials. Below are the registration hours:

Monday, November 9th: 1500-1800

Tuesday, November 10th: 0700-1400

Wednesday, November 11th: 0700-1700

Thursday, November 12th: 0700-1400

Friday, November 13th: 0700-1140

Transportation and Parking:

Self-parking is free for guests and non-guests of the Hilton Sandestin.

Please note: If you aren’t staying at the Hilton Sandestin, you will be responsible for your own

transportation to and from the conference.

Conference Special Events: Monday, November 9, 2015 Welcome Reception* - 1800-1900 Hilton Sandestin – Barefoot’s Deck Join us for an evening of Hors d ’Oeuvres and beverages to kick off the 16th International Symposium for the Interaction of the Effects of Munitions with Structures! *Please note that the Welcome Reception is included with your registration. If you’d like bring a guest to the Welcome Reception/Banquet, a Guest Fee of $150 is available for purchase at the ISIEMS registration desk. Tuesday, November 10, 2015 Armament Museum Tour – 1400-1630 100 Museum Drive, Eglin Air Force Base Bus transportation to and from the museum will be provided for those who registered for the Armament Museum Tour. Please meet in the Foyer outside of Emerald Ballroom E at 1400.

mailto:[email protected]


Wednesday, November 11, 2015 ISIEMS Banquet* Hilton Sandestin – Emerald CD *Please note that the Banquet is included with your registration. If you’d like to bring a guest to the Banquet/Welcome Reception, please visit the ISIEMS registration desk no later than Tuesday at 10am to purchase a Guest Banquet ticket. Thursday, November 12, 2015

Eglin Air Force Base Tour – 1400-1630

Bus transportation to and from Eglin Air Force Base will be provided for those who registered for the tour. Please meet in the Foyer outside of Emerald Ballroom E at 1400


AGENDA

Monday, November 9, 2015

1500-1800 Registration/Check-In

(Emerald Registration Desk)

1800-1900 Welcome Reception

(Barefoot’s Deck at Hilton Sandestin)

Tuesday, November 10, 2015

ROOM:

EMERALD E (Open-A)

CORAL A (Open-B)

PELICAN ROOM (NATO Only) TIME:

0700-0800 BREAKFAST (Emerald Foyer)

0700-0800 Registration/Check-In

(Emerald Registration Desk)

0800-0940 Opening Ceremony, Welcome from US Delegation,

Welcome from GE Delegation, Keynote (Emerald CD)

0940-1000 BREAK (Emerald Foyer)

1000-1140

Facility Risks/Protection (1A)

Session Chair:

Col Andreas Goldbach

Blast on Panels (2B)

Session Chair: Dr. Colin Morison

NATO SESSION: Intro - Model Overview (1N)

Session Chair:

Mr. Heinrich Dorsch

1140-1300 LUNCH (Emerald CD)

1300-1400

High Strain rates (2A)

Session Chair: Dr. Amanda Schrand

No Sessions NATO SESSION: Blast Model Development (2N)

Session Chair:

Mr. Theo Verhagen

1400

Transportation to Armament Museum Tour - Meet in Foyer outside of Emerald Ballroom E

(advanced online registration required)

1500-1630 Armament Museum Tour

1630 Transportation back to Hilton Sandestin


Wednesday, November 11, 2015

ROOM:

EMERALD E (Open-A)

CORAL A (Open-B)

PELICAN ROOM (NATO Only)

TIME: 0700-0800

BREAKFAST (Emerald Foyer)

0700-0800 Registration/Information Desk (Emerald Reg. Desk)

0800-0940

Special Topics (3A)

Session Chair: Dr. Richard Lewis

RC Panel Testing (3B)

Session Chair: Eric Buzaud

NATO SESSION: Structural Response (3N)

Session Chair:

Mr. Tim Farrand


1000-1140

Fragment Mitigation (4A)

Session Chair:

Dr. Werner Arnold

Structural Response (4B)

Session Chair:

Mr. Adam Enea

NATO SESSION: Residual Airblast (4N)

Session Chair: Dr. Alan Ohrt


1300-1440

Ammo Analysis and design (5A)

Session Chair:

Lt Col Michael Walz

Blast & SR Prediction (5B)

Session Chair:

Dr. Greg Bessette

NATO SESSION: Penetration Testing (5N)

Session Chair:

Dr. Holger Sohn


1500-1640

Ammo Risk mitigation (6A)

Session Chair:

Helge Langberg

Blast prediction (6B)

Session Chair: Sam Clarke

NATO SESSION: Penetration Model Dev’t (6N)

Session Chair: Mr. Martin Bucksch

1800-2100 Banquet (Emerald CD)


Thursday, November 12, 2015

ROOM:

EMERALD E (Open-A)

CORAL A (Open-B)

PELICAN ROOM (NATO Only) TIME:

0700-0800 BREAKFAST (Emerald Foyer)

0700-0800 Registration/Information Desk (Emerald Reg. Desk)

0800-0940

Load Modeling (8A)

Session Chair: Dr. Stefan Greulich

Blast damage (7B)

Session Chair: Andy Tyas

NATO SESSION: Secondary Debris Modeling (7N)

Session Chair:

Mr. Ernest Staubs


1000-1140

Combined Loading (9A)

Session Chair: Andrew Whittaker

Blast testing (8B)

Session Chair: Dr. Catherine Stephens

NATO SESSION: Secondary Debris Consequences (8N)

Session Chair:

Dr. Albrecht Bongartz


1300-1400

No Sessions Blast mitigation (9B)

Session Chair: Ms. Sherri Hodgson

No Sessions

1400

Transportation to Eglin Air Force Base Tour – Meet in Foyer outside of Emerald Ballroom E

(FULL - advanced online registration required)

1500-1630 Eglin Air Force Base Tour (FULL)

1630 Transportation back to Hilton Sandestin

1800-1930 Organizing Committee Meeting for ISIEMS 2017


Friday, November 13, 2015

ROOM:

EMERALD E (Open-A)

CORAL A (Open-B)

PELICAN ROOM (NATO Only)

TIME: 0700-0800

BREAKFAST (Emerald Foyer)

0700-0800

Registration/Information Desk (Emerald Reg. Desk)

0800-0940

UHPC Modeling and test (10A)

Session Chair:

Radoslav Sovjak

Blast risk modeling (10B)

Session Chair:

Mr. Bart Boonacker

No Sessions


1000-1140 Closing Session, US Delegation Remarks, GE

Delegation Remarks (Emerald CD) 1140 Adjourn


PAPER SCHEDULE

Time Tuesday, 10 November Open A Open B NATO

1000- 1140

Facility Risks/ Protection (1A) Session Chair:

Col Andreas Goldbach

Blast on Panels (2B) Session Chair:

Dr. Colin Morison

Intro - Model Overview (1N) Session Chair:

Mr. Heinrich Dorsch

A Protective Perimeter Barrier – Design, Testing and Analysis - M.B Pickup

Blind Blast Simulation: A Validation Effort Assessment - L. Schwer

Overview of the Collaborative Work under the PA on Weapon Effects in Urban Operations - H. Sohn

The Effects of Explosive Substances onto Vending Machines Public Areas - M. Behrends

Experimental Analysis of Small Masonry Panels Subject to Long Duration Blast Loading - R. Keys

Recent Improvements to the Modular Effectiveness Vulnerability Assessment (MEVA) Simulation - E. Scarborough

The use of Compartmentalization in the Protection of Camps - F.G. Hulton

Effect of Modeling Assumptions in the Analysis of Curtain Wall Systems under Blast Loads - M. Schachter

Coupling of Fast Running Models to Assess Weapon Effects in Urban Environment - D. Rossberg

Concrete Debris Breakup upon Impact - H.S. Lim

Testing and Analysis of Connections for Blast-Loaded Precast Panels - C. Oswald

High Speed Computing for the Modeling of Explosive Burst effects on Buildings at Full Scale and Experimental Assessment - J-M Sibeaud

Protection of Infrastructure Elements from the effects of IEDs: The Role of the Mechanical Characterization of Materials at High Strain Rate - E. Cadoni

Polycarbonate Curtain Wall Systems for High-Range Blast Loads -D. Barker

Analysis of an Engineering Level Airblast Model within a City Landsacpe - S. Frank

1300- 1440

High Strain rates (2A) Session Chair:

Dr. Amanda Schrand

Blast Model Development (2N)

Session Chair: Mr. Theo Verhagen

Finite Element Modelling of Split Hopkinson Pressure Bar Experiments on Sand - A.D. Barr

Towards a Flexible Fast-Running Blast Effects Model - B. Boonacker


The use of the Split Hopkinson Bar Tests to Assess the Material Models for Concrete - G. Riganti and E. Cadoni

BeamBlast: Blast Path-Finding Algorithms - W. Halswijk

Numerical Analysis of a Ta EFP According to the Liner Shape - Y. Yi

Quasi-Static Gas Pressure Characteristics From Two Different Cased Explosive Cylinders - A. Ohrt

Time Wednesday, 11 November Open A Open B NATO

0800- 0940

Special Topics (3A) Session Chair:

Dr. Richard Lewis

RC Panel testing (3B) Session Chair:

Eric Buzaud

Structural Response (3N) Session Chair:

Mr. Tim Farrand

Modeling of Reinforced Concrete with Embedded Rebar and Node Splitting - K.G. Rakvåg

Restrained Ultra High Performance Concrete (UHPC) Slab Response - B. Foust

An Engineering Approach for the Simulation of the Structural Response of Systems Subjected to Dynamic Loading - M. Huebner

Numerical Simulation of Shock Induced Acetylene Combustion Using Infinite Rate Reaction Model - F. Togashi

Penetration Resistance and Mechanical Properties of Ultra-High-Performance Fiber-Reinforced Concrete - R. Sovjak

Effects of Common Pre-Detonation Materials on Protective Structures - O. Esquilin-Mangual

Study of the Blast Response of Thin Rectangular Plates Using a Nonlinear SDOF Model - V. Feldgun

Testing and Analysis of Precast Concrete Wall Panels - M. Bazan

Investigation of Airblast Phenomena in a Miniature Two-Room Bunker - W. Lenoir

Optimized Speckle Patterns for Digital Image Correlation Measurements with Higher Spatial Resolution – B. Belkassem

Concrete Slabs Subjected to Blast Loads - B. Cavelti

Design of Small-Scale Test Article for Internal Detonation Testing - D. Bogosian

Blast load on Brickwork - A. Burbach


1000- 1140

Fragment mitigation (4A) Session Chair:

Dr. Werner Arnold

Structural Response (4B) Session Chair:

Mr. Adam Enea

Residual Airblast (4N) Session Chair: Dr. Alan Ohrt

Investigation of Materials for Mobile Fragment Protection Systems - W. Arnold

Gabion Systems Exposed to Blast Pressure Experiental Tests to Validate Numerical Simulations - A Cooperation between Germany and the UK - D. Pope

A Comparison of Residual Airblast Environments from Bare and Cased Explosive Charges - A. Ohrt

Full-Scale Experiments to Determine Shaped Charge Penetration in Sandbag Constructions from Long Standoff Distances - F. Johnson

A Structured Approach to Forensic Study of Explosions: The TNO Inverse Explosion Analysis Tool- M. M. Van der Voort

Blast Propagation through Failing RC Walls - C. Petrovitch

Concrete Behavior Under Ballistic Impacts: Effects of Material Parameters to Penetration Resistance and Modeling with PRM Model - C. Pontiroli

Internal Blast Effects on Reinforced Concrete Walls using New Rebar Technologies- M.G. Oesterle

Implementation of a Time-Dependent Wall Failure Model into BlastX - G. Bessette

Progressive Collapse of a Typical Mid-Rise reinforced concrete building - C. Burchfield

‘Bubble-Type’ vs ‘Shock-Type’ Loading from Buried Explosives - SD Clarke

MineX3D, Fast-Running Model for Predicting Loads from Underbelly Blast - G. Bessette

1300- 1440

Ammo analysis and design (5A)

Session Chair: Lt Col Michael Walz

Blast & SR Prediction (5B) Session Chair:

Dr. Greg Bessette

Penetration Testing (5N) Session Chair:

Dr. Holger Sohn

The Effects of Gas Pressure Rise Time on Structures - Comparison of Physics Code and Engineering Analyses - C. Doolittle

Energy Based Load-Impulse Diagrams for RC Structual Elements - Y.K. Tsai

Investigations of a Dual-Mode Penetrator with Enhanced Breaching Effect - C. Schragen

An Engineering Model for Hazard Prediction of Ammunition Magazine Doors - M.M. Van der Voort

Limits to Scaled Distances for SDOF Blast Analyses: Parametric Influences on the Assumption of Pseudo-Static Deflected Shapes - T. Yokoyama

Effects of Medium Caliber Ammunition Against MOUT Targets (Part 1) - A. Bongartz


Upgrading Protection of a Reinforced Concrete Structure Subjected to Internal Explosion - D. Ornai

Estimating Incident and Reflected Air-Blast Parameters: Updated Design Charts - J. Shin

Effects of Medium Caliber Ammunition Against MOUT Targets (Part 2) - T. Farrand

Explosive Model Test of a New Type Subsurface Magazine - H. Ichino

MOUT Target/New Target Building - F. Bohmann

Analysis and Validation of a New Pseudo Underground Storage Structure Design - Y. Kim

1500-1640

Ammo risk mitigation (6A)

Session Chair:

Dr. Helge Langberg


Session Chair:

Sam Clarke

Penetration Model Dev't

(6N)

Session Chair:

Mr. Martin Bucksch

Blast & Fragment Effects

and Hazards Resulting from

Ammunition Storage

According to Safety

Standards and Experiments

- D. Ornai

Verification and Validation

of a CFD Code for Modeling

Detonations of High

Explosives - J. Shin

Improved Penetration

Methodologies

- S. Greulich

Simulating Accidental

Explosion of Cased and

Stacked Sources in Storages

- M. Von Ramin

A Review of UFC-3-340-02

Blast Wave Clearing

Predictions - S.E. Rigby

Development of a Fast

Running Penetration

Methodology for Brick

Walls - A. Bongartz

Minimizing Debris Throw

Distance in an Accidentally

Exploding Reinforced

Concrete Storage Magazine

- E. Bar-on

Air Blast Techniques:

Comparisons with Close-in

Detonation Experiments

- L. Schwer

Modeling and Simulation

of Non-Homogeneous

Layering - M. McLaughlin

Effects of Rubber Sheet on

Control of Fragments in

Inside Explosion of Earth

Covered Magazines

- Y. Nishimoto

Near-field Blast Prediction

for Thick Steel-Cased

Explosives - S. McClennan

Optimization of Layered

Material Configuration for

Shock Attenuation

- J. Verreault

Explosive Equivalence for

Airblast Calculations

- D. Bogosian


1500-1640

Ammo risk mitigation (6A)

Session Chair:

Helge Langberg


Session Chair: Sam Clarke

Penetration Model Dev't

(6N)

Session Chair:

Martin Bucksch

Numerical Investigation of

Velocity Distribution of

Cylindrical Cased Charge

Fragments - H. Grisaro

Time Thursday, 12 November Open A Open B NATO

0800- 0940

Load Modeling (8A) Session Chair:

Dr. Stefan Greulich

Blast damage (7B) Session Chair:

Andy Tyas

Secondary Debris Modeling (7N) Session Chair:

Mr. Ernest Staubs

Computational Blast Loading Comparison of a Structure Subjected to a Cased Aluminized Explosive Charge - A.J. Enea

Characterizing the Pre-Fracture Response of Glazing to Blast Load - D. Cormie

Predicting Downslope Rubble Propagation Due to Weapon Detonation - K. Kennedy

Assessing the Capabilities to Predict Combined Blast and Fragment Effects- C. Burchfield

Few Degrees of Freedom Analysis of Rectangular Glazing Units Under Blast - C. Morison

Full Scale Experiments to Study Secondary Debris Due to Buried Explosives - G.W. Wathugala

Development of Resilient Connections for Blast-Resistant Curtain Wall - Y. Fu

Design of Curved Glass Under Blast Loading - W. Wilkinson

The Assessment of the Secondary Debris Hazards with the Computer Program STG - A. Doerr

Debris Hazards due to Overloaded Conventional Construction Facades - B. Bewick

Protection Given by Buildings Against Debris Impact - P. Nussbaumer


1000- 1140

Combined Loading (9A) Session Chair:

Andrew Whittaker

Blast testing (8B) Session Chair:

Dr. Catherine Stephens

Secondary Debris Consequences (8N)

Session Chair: Dr. Albrecht Bongartz

Reinforced Concrete Slab under Combined Blast and Fragment Loading - S. Lan

Influence of Aluminum Particles Addition on the Effects of High Density Metallic Explosive Charges - M.O. Sturtzer

Scaling Equipment for Defeat from Weapons Effects - C. Fisher

Fragmentation Characteristics of Steel Structures with Low Loading Density for Fast-Running Models - T. Ross

Experimental Studies of Blast Wave Developmnent and Target Loading from Near-Field Spherical PETN Explosive Charges - A. Tyas

Research into Secondary Debris and its Potentially Damaging Effects on Personnel, Infrastructure, and Equipment - E. Staubs

Investigation of Cased Charge Detonation in a Responding Pipe - J.D. Baum

Blast Venting in a Shock Tube Blocked by a Thin Diaphragm - J.K. Gran

Secondary Debris Effects on Personnel - H. Dorsch

Coupled CFD/CSD Simulations of Dust Production by Fragmenting Charges - O. Soto

The AFRL Blastpad 2015: Refinements in Design and Procedures - M. Barreto

3D Scanning of Craters - K. Rohen

Diagnostic Techniques for Measuring Combined Blast and Debris Loading on Structures in the Near Field - R. Cheesman

1300- 1440 No Sessions

Blast mitigation (9B) Session Chair:

Ms. Sherri Hodgson No Sessions

Development and Testing of an Active Suppression Systems for Reduction of Blast Effect - E. Mataradze

Numerical and Experimental Study of Polyurethane Foam used as Core Material in Sacrificial Cladding for Blast Mitigation - H. Ousji

Scaled Centrifuge Testing of Soil-Filled Barriers for Investigation of Breach Behavior Due to Blast - C.S. Stephens


Time Friday, 13 November Open A Open B NATO

0800- 0940

UHPC Modeling and test (10A)

Session Chair: Radoslav Sovjak

Blast risk modeling (10B) Session Chair:

Mr. Bart Boonacker No Sessions

Ultra-High Performance Concrete Under Shock Loading: Experiments and Modelling - B. Erzar

Deterministic Consequence Assessment of Urban Spaces due to Blast Loading - A. Stolz

Size and Rate Effects for Normal Strength and Ultra-High Performance Concrete Cylinders Under Impact - M. Stone

Correlation between Urban Blast Confinement and Structural Loads for Quick Threat Assessment - L. Donahue

Experimental Frequency Domain Assessment of Direct Shear in NSC and UHPC - E. Maher

Development of the Enhanced Load-Tree Apparatus for Structural Resistance Measurement of Modern Load-Bearing Construction Techniques - M. Newberry

Analysis of Normal-Strength and Ultra-High-Performance Concrete Beams under Impact Loads - S. Astarlioglu

FRIDAM Method to Calculate Blast Propagation, Building Damage, and Injuries from Small Internal Explosions - C. Oswald


CONFERENCE MAP

Hilton Sandestin

4000 Sandestin Blvd. South

Destin, FL USA

Emerald Reg. Desk – ISIEMS Registration/Check-In

Emerald Ballroom B – Speaker Ready room

Emerald Ballroom CD – General Sessions & Meals

Emerald Ballroom E – Technical breakout sessions (Open to all attendees)

Coral Ballroom A – Technical breakout sessions (Open to all attendees)

Pelican Room (not pictured; located on the Theatre Level) – NATO breakout sessions

(NATO registration and attendance form required)

Barefoot’s Deck (not pictured; located outside by pool area) – Welcome Reception


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