12ACWE Detailed Schedule
(updated June 9)
Monday |
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(8:30 am - 9:00 am)
Conference Inauguration |
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(9:00 am - 9:45 am)
Keynote Speaker: Ronald T. Eguchi Hurricanes, Tornadoes, Floods and other Disasters: A View from Space link to abstract |
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Coffee Break and Posters (9:45 am - 10:00 am) |
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| Hurricanes | Tall Buildings | Wind Loadings on Roofs | Bridges: Experimental and Parametric Studies | |
| 1.1 Assessing Climate Change Impact on the US East Coast Hurricane Hazard, III: Sea Temperature, Hurricane Frequency, and Hurricane Track (Lauren Mudd, Yue Wang, Chris Letchford and David Rosowsky) | 2.1 Influence of aerodynamic interference on the performance of tall buildings (Thomas Mara, T.C. Eric Ho, Nicholas Isyumov, B.K. Terry) | 3.1 A Preliminary Approach to Determining Component and Cladding Wind Loads on Modular Green Roof Systems (Tuan D. Vo, David Prevatt, Glenn A. Acomb, Forrest Masters) | 4.1 Wind Tunnel Study on the Towers of the First Bosphorus Bridge (Lorenzo Rosa, Marco Belloli, Alberto Zasso and Dyab Khazem) | |
| 1.2 Velocity Azimuth Display Derived Wind Profiles from the Hurricane Boundary Layer (Richard Krupar III and John Schroeder) | 2.2 Effect of State-Augmentation Numerical Scheme on the Stochastic Dynamics of a Tall Building under Wind Loading Uncertainty (Luca Caracoglia) | 3.2 .Estimation of Wind Loads on an Open Parking Lot Porous Canopy Roof (Juan Sebastian Delnero, Julio Marañón Di Leo, Mariano García Sáinz, Andrés Cánchero and Ana Scarabino) | 4.2 Wind Tunnel Measurements of Aerodynamic Forces on Bridges in Different Traffic Flow Conditions (Yan Han, C.S. Cai and Jiexuan Hu) | |
| 1.3 Projection of Future US Design Wind Speeds due to Changes in Hurricane Activity: Storm Frequency and Sea Surface Temperature (Fangqian Liu, Weichiang Pang) | 2.3 Contribution of higher mode vibrations to the wind-induced responses of prismatic tall buildings with uniform and setback topologies (Workamaw Warsido and Girma Bitsuamlak) | 3.3 Wind Load Model for Asphalt Shingle Roofing Systems (Craig Dixon, Forrest Masters, David Prevatt and Gregory Kopp) | 4.3 A Model for Vortex-induced Vibration Analysis of Long-Span Bridges (Mehedy Mashnad and Nicholas Jones) | |
| 1.4 H*Wind Hurricane Time History Extraction for Defined Locations (Seyed Madani, Mohammad Baradaranshoraka, Carol Friedland) | 2.4 Improving Aerodynamic Performance of Tall Buildings Using Fluid Based Aerodynamic Modification: Preliminary Results (David Menicovich, Daniel Lander, Jason Vollen, Michael Amitay, Chris Letchford and Anna Dyson) | 3.4 Relative Variations in Roof Pressure Loads of High Value, Large Square Footage Homes (Kyle Butler) | 4.4 Parametric Study on Life-Cycle Maintenance and Repair Costs Caused by “Multi-Hazard” Wind Excitation on a Long-Span Bridge (Dong-Woo Seo, Luca Caracoglia, Ki-Tae Park) | |
| 1.5 Reproducing Tornadoes in Laboratory Using Proper Scaling (Maryam Refan, Horia Hangan and Joshua Wurman) | 2.5 Aerodynamic characteristics of tall buildings with unconventional configurations (Yong Chul Kim, Yukio Tamura, Hideyuki Tanaka, Kazuo Ohtake, Bandi Eswara Kumar and Akihito Yoshida) | 3.5 Roof Sheathing Wind Loads on Wood-Frame Residential Houses (Eri Gavanski, Gregory Kopp and Peter Vickery) | 4.5 Wind Resistance Study of a Three-pylon Suspension Bridge (Rujin Ma, Dalei Wang and Airong Chen) | |
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Monday Lunch and Posters (11:45 am - 1:15 pm) |
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| Hurricanes & Tornadoes | Tall Buildings | Wind Loadings on Roofs | Bridge Loadings and Analysis | |
| 5.1 Multi-Platform Characterization of Wind-Driven Rain in Recent Atlantic Hurricanes (Audra Kiesling and Forrest Masters) | 6.1 Wind Tunnel Input for Performance-Based Design of Tall Buildings (Jason Garber, Bujar Morava and Michael Gibbons) | 7.1 Wind Loads on Small Roof Mounted Air-Conditioning Units (Murray Morrison, Chuck Miccolis, Timothy A. Reinhold) | 8.1 Aerodynamic Flutter Prediction for Super Long Span Suspension Bridges (Yaojun Ge, Yahui Shao) | |
| 5.2 SWIRLnet: Portable anemometer network for wind speed measurements of land-falling tropical cyclones (David Henderson, Matthew Mason and John Ginger) | 6.2 A three degree of freedom flexible device for the study of the wind induced bending and torsional dynamic effects in tall buildings (Mario Oliveira, Acir Souza, Marcelo Rocha) | 7.2 Flow Measurements During Peak Suctions on Flat Roofs of Low Buildings (R. Nicolas Pratt and Gregory A. Kopp) | 8.2 An experimental study to characterize unsteady vortex and flow structures around a twin-box-girder bridge deck model (Wenli Chen, Shujin Lima, Hui Li, Hui Hu) | |
| 5.3 Assessment of Typhoon Fragility of Multi-Owned Residential Buildings by Using Monte Carlo Simulation (Hee Jung Ham, Ji Young Kim, Sungsu Lee and Ho Jeong Kim) | 6.3 A Typology-Driven Damping Model (TD2M) to Enhance the Prediction of Tall Building Dynamic Properties Using Full-Scale Wind-Induced Response Data (Sally Williams, Audrey Bentz, Tracy Kijewski-Correa) | 7.3 The Overshoot of Aerodynamic Force on Gable Roof Body under Step-function-like Gusty Wind (Kazuhiro Otsubo, Eriko Tomokiyo and Junji Maeda) | 8.3 Bridge Fatigue Damage Assessment under Vehicle and Non-Stationary Hurricane Wind (Wei Zhang, C.S. Cai, Fang Pan) | |
| 5.4 Refined finite element modeling of a typical low-rise building for damage predictions under hurricane loads (Fang Pan, Chunsheng Cai and Wei Zhang) | 6.4 Assessment of the Impact of Strong Winds on a High-Rise Building, in a Standalone Configuration and in an Urban Setting, using CFD Simulations and British Standards (Arjoon Suddhoo, Vikheel Chuttur, Kavissen Kathapermall) |
7.4 Wind loads on vaulted canopy roofs (Gustavo Balbastro, Victorio Sonzogni) | 8.4 Effects of the Gap Length on the Unsteady Pressure Characteristics of Two-Box Girders (Cristiano Trein, Hiromichi Shirato and Masaru Matsumo) | |
| 5.5 Developing Hurricane Impact Index - Empirical Analysis of Building Permits in Response to Hurricane Landfalls (Yuepeng Cui, Daan Liang, Bradley T. Ewing) | 8.5 A Direct Method for Calculation of Wind Loads on Long-Span Bridges(Stoyan Stoyanoff and Pierre-Olivier Dallaire) | |||
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Coffee Break and Posters (3:00 pm - 3:15 pm) |
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Concurrent Technical Sessions 3 (3:15 pm - 5:00 pm) |
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| Hurricane Damage, Vulnerability and Risk | Tall Buildings | Wind Loadings on Roofing and Cladding | Cable-Stayed Bridges and Cable Dynamics | |
| 9.1 Rapid Infrastructure Digitization Framework to Support High-Fidelity Hurricane Risk Assessment (John LaBarge and Tracy Kijewski-Correa) | 10.1 A Low-Dimensional Model for the Aerodynamic Shape Optimization of Tall Buildings (Seymour Milton John Spence, Enrica Bernardini, Daniel Wei, Sarah Bobby, Ahsan Kareem, Teng Wu) | 11.1 A Numerical Analysis of Vortex-shedding Phenomenon over a Sloping Roof Structure in Tandem with a Prismatic Building (Sarat Maharana) | 12.1 Dynamic assessment of long-span cable-stayed bridges subjected to multiple service and hazardous loads (Yufen Zhou and Suren Chen) | |
| 9.2 Collection and Organization of Hurricane Damage Data for Civil Infrastructure(Carol Friedland, Dorothy Reed, Mohammad Baradaranshoraka and Shasha Jiang) | 10.2 Full-Scale Monitoring of the Dynamic Behavior of a 20 story RC Building (Jonas Thor Snaebjornsson and Einar Thor Ingolfsson) | 11.2 Evaluating Wind-Damaged Low-Slope Roof Assemblies: A Preliminary Protocol (Thomas Smith) | 12.2 Vortex-induced Vibration and Its Countermeasures observed at Long-span Cable-stayed Bridge (Hiroshi Katsuchi, Hitoshi Yamada, Kensuke Etoh, Sakae Nagai, Tadashi Sekiguchi, Yosuke Morikawa, Tsuyoshi Nakagaki and Rokusui Yui) | |
| 9.3 Towards a robust, automated hurricane damage assessment from high-resolution images (Ahsan Kareem, Jim Thomas, Kevin Bowyer) |
10.3 Automated Assessment of Tall Building Wind-Induced Response Data to Support Long-Term Monitoring Programs (Tara Weigand, Tracy Kijewski-Correa) | 11.3 Storm Duration Effects on Roof-to-Wall-Connection Failures in Residential, Wood-frame, Building Roofs (Tushar Guha and Gregory Kopp) | 12.3 Analytical Evaluation of the Wind-induced Response of the Carrizo Bridge (Roberto Gómez-Martínez, Adrian Pozos-Estrada, Raul Sanchez-Garcia and Rigoberto Flores-Mendoza) | |
| 9.4 Vulnerability Model for Mid/High-Rise Buildings Subjected to Hurricane Winds and Rain (Jean-Paul Pinelli, Timothy Johnson, Kurtis Gurley, Johann Weekes, Gonzalo Pita, Steven Cocke and Shahid Hamid) | 10.4 Performance Based Wind Design of Tall Concrete Buildings Utilizing Structural Reliability and Nonlinear Time History Analysis (Gary Hart and Anurag Jain) | 11.4 Wind Pressure Distribution on Multi-Span Saw-Tooth Roof Building (Nirmal Kumar Bhatnagar, Pramod Kumar Gupta and Ashok Kumar Ahuja) | 12.4 Dynamic Properties of Stay Cables on the Bill Emerson Bridge (Harold Bosch and James Pagenkopf) | |
| 9.5 Selection of hurricane scenarios for combined wind and flood loss estimation (Bin Pei, Weichiang Pang, Firat Testik, Nadarajah Ravichandran) |
10.5 Linearized Approach for Designing Non-linear Damped Outrigger System (Rafik Gerges) |
11.5 Wind Pressure Performance Evaluation and Building Code Improvements for Energy Efficient Exterior Wall Assemblies Including Continuous Insulation – Phase 2 (Anne Cope, Jay Crandell, David Johnston, Zhuzhao Liu, Larry Stevig and Timothy Reinhold) | 12.5 Aeroelastic transmission line model in yawed wind (William E. Lin) |
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(8:30 am - 9:45 am)
Keynote: Prof. Cliff Mass, University of Washington |
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Coffee Break and Posters (9:45 am - 10:00 am) |
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| Hurricanes, Tornadoes and Downbursts | Special Structures | Wind Turbines | BRIDGES: Bridge Deck Analysis | |
| 13.1 Evaluation of Temporal Reliability of National Tornado Database (Jianjun Luo, Daan Liang) | 14.1 Stress Range Spectra and Damage Equivalence Factors for Along Wind Responses of Arbitrary Structures (Frank H. Kemper, Markus Feldmann) | 15.1 CFD analysis of the effects of surface modification of a vertical axis wind turbine blade for improved aerodynamic flow control (M. Farhad Ismail and Krishna Vijayaraghavan) | 16.1 Discrete Vortex Simulations of a Generic Bridge Cross-section and Comparisons with Time-Resolved Particle Image Velocimetry Data (Anas Abdulrahim, Halil Kaya, Oguz Uzol and Ozgur Kurc) | |
| 13.2 The Effect of Terrain Elevation on Tornado Path (R.Panneer Selvam and Nawfal Ahmed) | 14.2 Characteristics of Net Force and Torques on a Rectangular Sign Measured in the Field (Douglas Smith, Delong Zuo, Kishor Mehta) |
15.2 Effect of Foundation Modeling on the Structural Response of Offshore Wind Turbines (Sungmoon Jung, Sung-Ryul Kim, Atul Patil and Le Chi Hung) | 16.2 New Vortex Induced Force Model for Bridge Decks with Time Delay (Xiangying Weng and Yaojun Ge) | |
| 13.3 Observations of Tropical Cyclone Winds in Marine Exposure (Ian Giammanco, John Schroeder) | 14.3 Aerodynamic Testing of Large Scale Variable Message Signs (Debbie Meyer, Arindam Chowdhury, Peter Irwin) | 15.3 Prediction of Wind Turbine Extreme Response to Non-Gaussian Wind Field (Kuangmin Gong and Xinzhong Chen) | 16.3 Vortex Induced Vibrations of a Bridge Deck: Dynamic Response and Surface Pressure Distribution (Marco Belloli, Fabio Fossati, Stefano Giappino and Sara Muggiasca) | |
| 13.4 Experimental study on the flow structures of tornado-like vortices (Qiang Zhou, Shuyang Cao, Jin Wang, Tong Wang, Jinxin Cao) |
14.4 Full-Scale Investigation of Wind-Induced Vibrations of a Mast-Arm Traffic Signal Structure (Michelle Riedman, Christopher Letchford, Michael O'Rourke) | 15.4 Aerodynamic Damping of an Offshore Wind Turbine in Operational and Parked Conditions: A comparison between simulations and measurements (Rasoul Shirzadeh, Christof Devriendt and Patrick Guillaume) | 16.4 Use of Double Slot as Countermeasure Against Coupled Flutter Instability of Bridge Deck (Robby Permata, Kazuhide Yonamine, Hiroshi Hattori and Hiromichi Shirato) | |
| 13.5 Dynamics of Internal Pressures During Tornado Events (Chris Letchford, Darryl James, Benjamin Levitz) | 15.5 Vortex shedding for a pitching wind turbine blade section at high angles of attack (Craig Meskell, Alberto Pellegrino) | 16.5 Buffeting Analysis of a Cable-stayed Bridge with Two Separated Decks (Le-Dong Zhu, Qi Zhou and Peng-Jie Ren) | ||
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Lunch and Posters (11:45pm - 1:00 pm) |
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| Tornadoes and Downbursts | Windborne Debris | Wind Turbines | Bridges: Loadings and Response | |
| 17.1 Effect of low-rise building geometry on tornado-induced loads (Jeremy Case, Partha Sarkar, Sri Sritharan) |
18.1 Windborne Debris Impact Generated Damage to Cladding of High Rise Building (Anurag Jain) | 19.1 Improved 3D stall delay model for wind turbine design (Chalothorn Thumthae, Tawit Chitsomboon) |
20.1 Experimental Study on Vortex-Induced Vibrations of Parallel Bridge Decks under Interference Effects (Gustavo Núñez, Acir Loredo-Souza and Marcelo Rocha) | |
| 17.2 An Estimate of Tornado Loads on a Wood-frame Building using Database-Assisted Design Methodology (David Roueche, David Prevatt, Fred Haan and Peter Datin) | 18.2 Analytic and semi-analytic solutions to the 2D compact debris flight equations (Nigel Kaye) | 19.2 Understanding the Dynamic Coupling of Wind Turbine Tower and Blades (Kuangmin Gong and Xinzhong Chen) | 20.2 A Nonlinear Analysis Framework for Bluff-Body Aerodynamics: From Navier-Stokes Equations To Volterra Systems (Teng Wu, Ahsan Kareem) | |
| 17.3 Turbulent Structure of Tornado Boundary Layers with Translation and Surface Roughness (Fred Haan, Mark Fleming, Partha Sarkar) | 18.3 The sensitivity of modeled flight distance to the lofting to transport transition criterion in coupled ember flight models (Ali Tohidi and Nigel Kaye) | 19.3 Different Computational Techniques for Wind Turbine Wake Simulation (Esmail Mahmoodi, Alois Peter Schaffarczyk, Javad Mahmoudi, Ali Jafari and Alireza Keyhani) | 20.3 Revisiting Convolution Scheme in Bridge Aerodynamics: A Comparison of Indicial and Impulse Responses (Teng Wu and Ahsan Kareem) | |
| 17.4 Estimation of Wind Speed from Road Damage by a Tornado (Minoru Noda, Kazuhiro Masai, Megumi Ninomiya, Fumiaki Nagao) |
18.4 Boundary layer effects on wind-borne debris trajectory and “universal probability-of-impact curves” against tall building facades (Farid Moghim, Luca Caracoglia) | 19.4 Low Voltage Ride Through Capability Improvement Of DFIG Using Feed Forward Current Regulator (Deepak Bankar and Dhananjay Talange) | 20.4 Bayesian Approach for Fatigue Damage Assessment of a Bridge under Gust (Soon-Duck Kwon, Bejoy Alduse, Sungmoon Jung and Arda Vanli) | |
| 17.5 NIST Study of the May 22, 2011, Joplin, MO Tornado (Frank Lombardo, Long Phan, Erica Kuligowski and Marc Levitan) | 18.5 Accounting for Exogenous Wind-borne Debris in Building Envelope Failure Assessment Models (J. Michael Grayson, Weichiang Pang and Scott Schiff) | |||
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Coffee Break and Posters (2:45 pm - 3:00 pm) |
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| Tornadoes and Downbursts | Wind Loadings on PV Panels | Wind Climate and Extremes | Influence of Directionality and Topography on Wind Speeds | Tall Buildings |
| 21.1 Using Hurricane Wind Engineering to Inform Designs for Improved Performance in Tornado Events (William Coulbourne and David Prevatt) | 22.1 Effects of Vortex Shedding in Arrays of Long Inclined Flat Plates and Ramifications for Ground-Mounted Photovoltaic Arrays (David Banks and Kurt Strobel) | 23.1 The Extreme Winds and Ice Accretion in the Andes Mountain Range (Jose Vergara) | 24.1 Influence of wind directionality on wind loads and responses (Nicholas Isyumov, Eric Ho and Peter Case) | 25.1 Experimental investigation of wind-induced vibration of slender tapered cylinders (Jieying Hua, Delong Zuo) |
| 21.2 Comparison of Microburst-Wind Loads on Structures including Scale Effects (Yan Zhang, Partha Sarkar and Hui Hu) | 22.2 Wind Loads on Ground-Mounted Solar Panels: A Multi-Scale Computational and Experimental Study (Aly Mousaad Aly, Girma Bitsuamlak, Vincent Crepel) |
23.2 Toward a Coherent US-Canada Extreme Wind Climate (Thomas Mara and Franklin Lombardo) | 24.2 Revisiting the Directionality Factor in ASCE 7 (Sylvia Laboy-Rodriguez, Kurtis Gurley and Forrest Masters) | 25.2 Comparison of Floor Acceleration Wind-Seismic Demands for Habitability for Tall Buildings in Mexico (Hernandez Barrios and Lopez Lopez) |
| 21.3 Experimental and Numerical Simulation of Downburst using Impinging Jet Model (Kalyan Kumar Das, Amit Kumar Ghosh and Kalyan Prasad Sinhamahapatra) | 22.3 Wind-induced Loads on Rooftop and Ground Photovoltaic Panel Systems (Ted Stathopoulos, Eleni Xypnitou and Ioannis Zisis) | 23.3 The Determination of an Extreme Wind Climate from Multiple Stations (Mike Gibbons, Valerie Sifton and Jon Galsworthy) | 24.3 Analysis of Directionality Factor for Hurricanes incorporating Topographic Wind Effects (Gary Chock, Guangren Yu) | 25.3 Filtering and Smoothing of Base Loading Spectrum using Singular Spectrum Analysis (Juntack Lim) |
| 22.4 Result from Wind Load on Solar Panel Experiment (Erin Dowds, Jennifer Harris and Fred Rutz) | 23.4 A Long-term Spectrum of Mean Wind Speeds for Wind Climate Simulation (Hung Nguyen Sinh and Chris Letchford) | 24.4 Mean Velocity Profile and Turbulence Structure of Atmospheric Boundary Layers over Waves(Shuyang Cao and Liming Sun) | 25.4 Wind Load Assumptions for Permeable Cladding Elements under Consideration of their Installation Context (Frank H. Kemper and Markus Feldmann) | |
| 22.5 Full-Scale Measurement of Wind Loadings on Solar Panels (William J. Bender, Murray J. Morrison, Arthur Morken and Dorothy A. Reed) | 24.5 Effects of inflow turbulence and slope on turbulent boundary layers over two-dimensional hills (Tong Wang, Shuyang Cao, Yaojun Ge, Qiang Zhou) | 25.5 Span-wise Correlations of Pressures on a Square Cylinder – Simulated using the SMoM Turbulence Model (Jens Johansson and M.P. Nielsen) | ||
Puget Sound Cruise and Dinner |
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(8:30 am - 9:45 am)
Keynote
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Coffee Break and Posters (9:45 am - 10:00 am) |
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| Low-Rise Structures | Codes and Standards | Damage, Vulnerability and Risk | Urban Wind Issues | |
| 26.1 Uncertainties in the estimation of peak pressures on low-rise buildings with Gumbel fit approach (Eri Gavanski, Kurtis Gurley and Gregory Kopp) | 27.1 Torsional Loads due to Vicinity Effects and its Consideration in the New Brazilian Wind Code (Acir Loredo-Souza, Mario Gustavo Oliveira and Elvis Carpeggiani) | 28.1 The 2006 Hanukkah Eve Storm and Associated Civil Infrastructure Damage in the Cascadia Region of the United States and Canada (Wolf Read, Dorothy Reed) |
29.1 Making the Wind Engineer’s Role More Effective in Urban Projects: A Proposed Three-Facet Framework for Enhanced Success (Russ Derickson and Leighton Cochran) | |
| 26.2 Prediction of peak wind loads on a low-rise building (Xinlai Peng, Luping Yang, Kurtis Gurley, David Prevatt and Eri Gavanski) | 27.2 Proposed Non-Hurricane Wind Speeds for ASCE 7-16 Inclusion (Franklin Lombardo, Adam Pintar, Emil Simiu, Marc Levitan, Antonio Possolo, DongHun Yeo) | 28.2 Objective Forensic Investigations Utilizing Energy Based Analysis For Wind and Flood Damaged Structures With The Applied Load Force Analysis (ALFA) Model (Matt Phelps) | 29.2 Validation and Application of a Hybrid Numerical/Wind Tunnel Model for Assessing Compliance with Air Quality Standards (Ron Petersen and Anke Beyer-Lout) | |
| 26.3 Development of Vulnerability Curve of RC Low-rise Residential Buildings to Severe Wind Hazard (Jaime Hernandez Jr., Maria Clarissa Veron) | 27.3 Gust durations and effective frontal areas, with application to codes and standards (John Holmes, Andrew Allsop) | 28.3 CYBER-EYE: Development of Integrated Cyber-Infrastructure to Support Rapid Hurricane Risk-Assessment (Tracy Kijewski-Correa, Nathan Smith, Alexandros Taflanidis, Markus Krusche, Cheng Liu, Charles Vardeman II, Andrew Kennedy) | 29.3 Improved Method for Simulating Momentum Plume Rise When Distorting Exhaust Diameter or Density (Ron Petersen, Anke Beyer-Lout) | |
| 26.4 Assessment of Spatial and Temporal Wind Vulnerability for Residential Buildings in Hawaii (Apoorv Dabral, Matthew Maddalo) | 27.4 Design Wind Speed in Complex Topography (Massimiliano Burlando, Marina Pizzo, Maria Pia Repetto, Giovanni Solari) |
28.4 Modeling Hurricane-Induced Building Downtime (Gonzalo Pita and Judith Mitrani-Reiser) | 29.4 Hybrid RANS/LES Simulation of Wind Flow over An Urban Area(Hiroto Kataoka and Tetsuro Tamura) | |
| 26.5 Development of an engineering based residential wind vulnerability model for European extra-tropical cyclones (Navin Peiris) | 27.5 Contributions of Overall and Local Wind-induced Behaviors for Largest Wind Load Effects on Structural Members (Zhibin Ding, Yukio Tamura, Akihito Yoshida) | 28.5 On the Complementary Nature of Resilient Building Design and Wind Engineering (Leighton Cochran and Russ Derickson) | 29.5 Detached-Eddy Simulation of Pollutant Dispersion around an Urban Two-Building Configuration (Mohamed Lateb, Christian Masson, Ted Stathopoulos and Claude Bedard) | |
| 28.6 Wind-Driven Rain Deposition on Building Facade: Development of Test-Based Data (Thomas Baheru, Arindam Gan Chowdhury and Jean -Paul Pinelli) | 29.6 Case Study: A hybrid approach to wind and fire modeling in a naturally ventilated transit station (Alexej Goehring and Armin Wolski) | |||
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| Wind Extremes and Codes: Tall Buildings | Flow Simulation Studies | Damage and Loss Estimation | Wind Climate and Extremes | |
| 30.1 Along-wind Response of a Generic Tall Building – Comparison of Consensus Wind-tunnel Data with Codes and Standards (John Holmes) | 31.1 Numerical Study of Pressure Distribution around Building Structures Subjected to Fire Enhanced Wind (Yaping He, Kenny Kwok, Robert Meroney, Jamieson Ly and Benjamin Choulet) | 32.1 North American Severe Convective Storm Vulnerability (Jason Smith, Peter Datin, Rajkiran Vojjala and Matthew Nielsen) | 33.1 Highest wind gusts in Uruguay: characteristics and associated meteorological events (Valeria Durañona) |
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| 30.2 Effects of Wind-Induced Tall Building Vibrations on a Tracking Task (Kwok-Shing Wong, Chui Luen Vera Hau and Kenny Kwok) | 31.2 Practical CFD Simulations of Wind Tunnel Tests (Dilip Banerjee, DongHun Yeo, Scott Hemley, Franklin Lombardo, Randall McDermott, Emil Simiu and Marc Levitan) | 32.2 Weather-Related Recovery Functions for Civil Infrastructure (Dorothy Reed, Shuoqi Wang and Kailash Kapur) | 33.2 Thunderstorm Response Spectrum (Giovanni Solari, Patrizia De Gaetano, Maria Pia Repetto) | |
| 30.3 CFD Analysis of a heater chimney with and without a flow straightener (Ana Scarabino and Federico Bacchi) | 31.3 Fitting Method of Nonlinear Differential Equations for Aerodynamic Forces (Shiyi Liu and Yaojun Ge) | 32.3 Human Perception of Strong Winds and Associated Risk (Agdas Duzgun, Greg Webster and Forrest Masters) | 33.3 High-Resolution Full-Scale Measurements of Thunderstorm Outflow Winds (W. Scott Gunter, John Schroeder) | |
| 30.4 Revision of Eolic Accelerations in Buildings According to a Mexican Code (David De Leon and Hernandez Barrios) | 31.4 Vehicle-induced Wind Loads on Highway Sound Barriers (Benjin Wang, Dalei Wang and Airong Chen) | 32.4 Analytical Model for Low-Rise Buildings' Vulnerability Curves (Gonzalo Pita and Jean-Paul Pinelli) | ||
| 32.5 Patterns of Psychological Responses after a Tornado: The Effect of Age and Losses (Zhen Cong, Jianjun Luo, Daan Liang and Yin Liu) | ||||
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Coffee Break and Posters (3:00 pm - 3:15 pm) |
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| Flow Measurement and Simulation | Wind Farms | |||
| 34.1 Recent Advancements in Full-Scale Simulation of Dynamic Wind and Pressure Effects on Full-Scale Buildings (Seraphy Shen, Forrest Masters and Henry Upjohn II) | 35.1 An Investigation of Field Blockage Effects in Closely-Spaced Lateral Wind Farm Configurations (Sean McTavish, Daniel Feszty and Fred Nitzsche) | |||
| 34.2 Flow visualization study on effect of small-scale turbulence on flow fields around sharp-edge bluff bodies (Panpipat Sangchuwong, Hitoshi Yamada and Hiroshi Katsuchi) | 35.2 Using the TTUKa Mobile Doppler Radars to Measure Complex Flows in Wind Farms (Brian Hirth and John Schroeder) | |||
| 34.3 Measurement on Flow and Dispersion of Point Source Plume crossing an Array of Semi-circular Fences (Bao-Shi Shiau and Wen-Cheng Chang) | 35.3 Numerical study to determine the optimum wind farm location on the coastal cliffs of northeastern Brazil (Patricia Sartori, Leandro Souza, Luciana Pires and Thorsten Stoesser) | |||
Conference Closing Ceremony (4:45 - 5:00) |
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