FraMCos-9 Berkeley (USA), 2016

Program & Proceedings

Monday, May 30
9:00-10:10 Opening Session
Welcome addresses Victor Saouma
Keynote presentation: Claudia Ostertag Deterioration Reduction of Concrete Structures through Crack Control
Coffee Break
10:30-12:30 Parallel Sessions Monday
MS03-1: Micro- and Nano-Scale Testing of Concrete/Rock/Cementitious Materials
Chair: Mija Hubler
Experimental study of failure mechanisms in brittle construction materials by means of X-ray micro focus computed tomography
  Els Verstrynge Joren Andries Koen Van Balen Lucie Vandewalle Martine Wevers Charlotte Van Steen  
Nano-characterization of Type-G Cement Slurry Incorporating Nanoclay Cured under High Temperature and High Pressure Conditions
  Muhammad Rahman Sherif Aboubakr Mahmoud Taha  
Fracture Toughness of Synthetic C-S-H with Varying C/S Ratio
  Sherif Aboubakr Eslam Soliman Muhammad Kalimur Rahman Mahmoud Reda Taha  
Micro-mechanisms of concrete failure under cyclic compression: X-ray tomographic in-situ observations
  Rajneesh Sharma Wenyuan Ren Samuel McDonald Zhenjun Yang  
Combined investigation of Low-scale Fracture in Hydrated Cement and metal alloys Assessed by Nanoindentation and FIB
  Jiri Nemecek Vladimir Hrbek Leos Polivka Ales Jager  
Experimental And Theoretical Investigation Of The Fracture Behaviour Of Glass Beads/Epoxy Compositions Using Microscratching
  Shahlaa Al Wakeel Mija Hubler    
MS04-1: Nonlocal Models for the Simulation of Fracture in Concrete
Chairs: Gianluca Cusatis and Giovanni Di Luzio
A constitutive law with improved continuous-discontinuous description of fracture in concrete
  Jerzy Bobiński Jacek Tejchman  
Multiscale Analysis of Crack-Induced Diffusivity of Concrete : A Phase-Field Approach
  Tao Wu Laura De Lorenzis      
Isogeometric Implementation Of The High-Order Microplane Model For Softening And Localization
  Erol Lale Gianluca Cusatis    
Strain localisation from isotropic and anisotropic Eikonal Non-Local (ENL) damage formulations with damage dependent internal length
  Giuseppe Rastiello Cédric Giry Fabrice Gatuingt Rodrigue Desmorat  
Spectral Localization Analysis in Nonlocal Softening Materials
  Giovanni Di Luzio  
Discontinuous-Based Approach for Meso-Scale Modeling of Concrete Under High Temperature
  Guillermo Etse Diego Said Schicchi Antonio Caggiano  
               
MS09-1: Fracture and Self Healing
Chair:  Erik Schlangen
Effect of Post-Fire Curing on the Residual Mechanical Properties of Fire-Damaged Self-Compacting Concrete
  Mahsa Mirmomeni Amin Heidarpour Erik Schlangen Scott Smith  
Influence of superabsorbent polymer (SAP) particles on the self-healing of engineered cementitious composites (ECC)
  Hanwen Deng Shunzhi Qian  
Feasibility Study on ECC Fatigue Life Extension through Self-healing
  Jishen Qiu Pui See Phan En-Hua Yang  
Investigation of Self-healing by Using Ethyl Cellulose Encapsulated Bacterium in Cementitious Materials
  Bing Liu Xu Deng Ningxu Han  
Characterization of a rehydration phenomenon on cement-based materials containing heat-induced cracks: coupled transport properties and X-ray micro-tomography
  Yan Pei Frédéric Skoczylas Grégory Hauss  
RS03-1: Computational Modeling
Chair:  Jia-Liang Le
Modeling of load-induced thermal strain of concrete at macro- and mesoscale
  Josipa Bošnjak Joško Ožbolt  
Coupled Hydro-Mechanical Cracking of Concrete using XFEM in 3D
  Simon-Nicolas Roth Pierre Léger Azzeddine Soulaïmani  
Thermo-mechanical model for the material nonlinear analysis of cement based materials
  António Ventura-Gouveia Joaquim Barros Álvaro Azevedo  
Meso Scale Modelling Of Concrete Using Microplane Based Approach
  Serena Gambarelli Nicola Nisticò Josko Ožbolt  
A Study On The Effect Of Diagonal Cracks Opening On The Failure Behavior Of Rc Beam-Column Joint With Mechanical Anchorages By 3D Rbsm
  Kohei Nagai Liyanto Eddy    
Determination of size-independent fracture energy of granite using peak loads of beams
  Shutong Yang Xiaozhi Hu  
RS01-1: Theoretical Considerations
Chair:  Shilang Xu
Studies on the Application of Variable Amplitude Loading to Concrete through Energy Equivalence
  Keerthana K. Kishen Chandra  
Investigation on Fracture Mechanisms and Crack Propagation Process of Natural Rock-Concrete Interface
  Wei Dong Na Wang Zhimin Wu Bohan Xu  
Effects of Fracture Process Zone on Fatigue Crack Growth in Concrete
  Sonali Bhowmik Sonalisa Ray  
Structural size effect in Paris law for fatigue crack growth in quasibrittle materials
  Kedar Kirane Zdenek Bazant  
Fatigue Damage Evaluation in Plain Concrete using Concepts of Entropy and Disorder
  Fathima Pervaiz Kishen Chandra  
State-of-the-Art Analyses for the Fracture Energy of Concrete: Revisited
  Myung Kue Lee Sung Won Yoo Byung Hwan Oh  
Lunch
13:30-15:30 Parallel Sessions Monday
MS01-1: Multi scale Modeling of Brittle Damage Processes
Chairs:  Eleni Chatzi and Savvas Triantafyllou
Study on the Structural Behavior of Serrated Cast-in Channels subjected to Longitudinal Loading close to the Edge
  Georg Karl Kocur Eleni Chatzi Frank Häusler  
A Weakest Link Failure Model of Polycrystalline MEMS Structures
  Jia-Liang Le Roberto Ballarini  
Mesoscopic Simulations of Concrete Fracture Based on X-ray CT Images of Interial Structure
  Michał Nitka Łukasz Skarżyński Jacek Tejchman  
The Scaled Boundary Finite Element Method for Efficient Modelling of Linear Elastic Fracture Problems
  Adrian Egger Eleni Chatzi Savvas Triantafyllou  
Effects of Microcracks in the Interfacial Zone on the Macro Behavior of Concrete
  Keerthy Simon Kishen Chandra  
A Multiscale Approach to Fracture in Brick-Mortar Masonry Composites
  Kaspar Willam Amir H. Mohammadipour M. M. Reza Mousavi  
MS09-2: Fracture and Self Healing
Chair:  Erik Schlangen
Requirements to ensure the crack sealing performance of bacteria-based self-healing concrete
  Eirini Tziviloglou Virginie Wiktor Henk Jonkers Erik Schlangen  
Effect of different types of polymeric microcapsules on the self-healing efficiency of cement based composites
  Antonis Kanellopoulos Chrysoula Litina Petros Giannaros Abir Al-Tabbaa  
Influence of fly ash type on mechanical properties and self-healing behavior of Engineered Cementitious Composite (ECC)
  Hui Ma Shunzhi Qian Victor C Li  
Self healing of cement based materials: five years of experience at Politecnico di Milano
  Liberato Ferrara  
Micromechanical modelling of self-healing cementitious materials
  Robert Davies Anthony Jefferson  
Challenges of Self-healing Concrete Scale-up and Site Trials.
  Martins Pilegis Robert Davies Robert Lark Diane Gardner Anthony Jefferson  
MS11-1: Dynamic Fracture of Concrete: Validation of Numerical Models
Chair:  Jośko Ožbolt
Failure Behaviour of RC structures under Dynamic Loads with Intermediate and High Strain Rates
  Young Kwang Hwang Pen Hui Tsou John E. Bolander Yun Mook Lim  
Meshfree modelling of dynamic fracture in high-strength concrete
  Pedro Navas Bo Li Rena C. Yu  
Simulation of dynamic behavior of quasi-brittle materials with new rate dependent damage model
  Luis Pereira Jaap Weerheijm Bert Sluys  
Loading Rate Effect on the Fracture Behaviour of Three Different Steel Fibre-Reinforced Concretes
  Xiaoxin Zhang Gonzalo Ruiz Manuel Tarifa David Cendón  
Simulation of Dynamic Fracture of Concrete with Damaged Viscoelasticity and Retarded Damage
  Ulrich Häussler-Combe Evmorfia Panteki Tino Kühn Matthias Quast  
Dynamic Fracture of L and CT Concrete Specimens: Numerical and Experimental Studies
  Josko Ozbolt Akanshu Sharma Natalija Bede  
RS06-1: Structural Concrete Applications
Chair:  Byung Hwan Oh
Experimental investigations on concrete edge failure of multiple row anchorages with supplementary reinforcement
  Akanshu Sharma Rolf Eligehausen Jörg Asmus  
The use of Ultra High Performance Fibre Reinforced cement-based Composites in rehabilitation projects: a review
  Henar Martin-Sanz Eleni Chatzi Eugen Brühwiler        
Analytical model for concrete edge failure of multiple row anchorages with supplementary reinforcement
  Akanshu Sharma Rolf Eligehausen Jörg Asmus  
Experimental and numerical assessment of the shear strengthening effectiveness of Reinforced Concrete Beams with HCPs
  Hadi Baghi Joaquim A.O. Barros  
Experimental Reserch Of Shear Stresses In Strengthened Corbel By Bonded Carbon Fibre Fabrics
  Jules Assih Ivelina Ivanova  
RS05-1: Novel Cementitious and/or Other Quasi-Brittle Materials
Chair: Ravindra Gettu 
Investigation on compressive fatigue damage process of ultra-high toughness cementitious composites
  Botao Huang Qinghua Li Shilang Xu Baomin Zhou  
Using Calcium Carbonate Whisker in Engineered Cementitious Composites
  Jing ming Cai Jinlong Pan  
High Strength Lightweight Strain-Hardening Cementitious Composite Incorporating Cenosphere
  Zhitao Chen Enhua Yang    
Comparative Study Between Microstructure Of A Novel Durable Concrete And Normal Concrete Subjected To Harsh Environments
  Shamila Salek Bijan Samali Richard Wuhrer  
Structural performances of RC beams strengthened with Steel Reinforced Geopolymeric Matrix (SRGM)
  Francesco Bencardino Antonio Condello  
Coffee Break
16:00-17:20 Parallel Sessions Monday
MS01-2: Multi scale Modeling of Brittle Damage Processes
Chairs:  Eleni Chatzi and Savvas Triantafyllou
Damage evolution in disordered media as a Markov process
  Sohan Kale Martin Ostoja-Starzewski    
Lattice Discrete Particle Modeling of Shear Failure in Scaled Reinforced Concrete Beams without Stirrups
  Sina Khodaie Fabio Matta Mohammed Alnaggar  
Multiscale modeling FRC Composites
  Jithender J. Timothy Yjian Zhan Günther Meschke  
Correlation during the fracture process analysed with the help of Ripley’s functions
  David Grégoire Vincent Lefort Gilles Pijaudier-Cabot  
MS11-2: Dynamic Fracture of Concrete: Validation of Numerical Models
Chair:  Jośko Ožbolt
Modeling dynamic fragmentation of concrete under high-rate loading
  David Cereceda Thomas Pavarini Nitin Daphalapurkar Lori Graham-Brady  
Strain Rate Dependent Microplane Constitutive Model for Comminution of Concrete under Projectile Impact
  Kedar Kirane Yewang Su Zdenek Bazant  
Dynamic Fracture of Concrete: Mesh Sensitivity Study
  Daniela Ruta Josko Ozbolt  
Calibration and Validation of Concrete Model for the Simulation of the Quasi-Static and Dynamic Response of Concrete Structures
  Roozbeh Rezakhani Faysal Bousikhane Jovanca Smith Gianluca Cusatis  
RS02-1: Experimental Methodologies
Chair:  Gonzalo Ruiz
Rotational Capacity of Concrete Beams Based on a Crack Process Band
  Jens Peder Ulfkjær            
Experimental failure analysis of shear-critical ordinary and steel-fibre prestressed concrete beams using optical measurement techniques
  Kristof De Wilder Edwin Reynders Guido De Roeck Lucie Vandewalle  
Experimental and numerical analysis of crack evolution in concrete through acoustic emission technique and mesoscale modeling
  Jacqueline Saliba Mohammed Matallah Stephane Morel  
Studies on the Fatigue Crack Propagation in Plain Concrete beams Using the AE Technique
  Prashanth M H Parvinder Singh Kishen Chandra  
RS05-2: Novel Cementitious and/or Other Quasi-Brittle Materials
Chair: Yun Mook Lim
Improving Fracture Toughness of Polymer Concrete Using MWCNTs
  Ala Eddin Douba Moneeb Genedy Rafi Tarefder Mahmoud Reda Taha  
3D Printing of Fibers and Reinforcements for Cementitious Composites
  Young Jun Nam Se Hyuk Park Young Kwang Hwang Yun Mook Lim  
Effect of hybrid fiber reinforcement on corrosion-induced damage of reinforced concrete
  Wilson Nguyen Gabriel Jen Claudia P. Ostertag  
Development of sustainable mortar and concrete made of limestone blended cement - influence of particle size
  Yaniv Knop Tamara Mumcuoglu Alva Peled  
17:30-18:30   General Assembly
Reception
Tuesday, May 31
8:30-9:55   Plenary Session (titles forthcoming)  
Plenary presentation: Erik Schlangen Induction healing of concrete reinforced by bitumen-coated steel fibres
Plenary presentation: Peter Grassl Transport-structural modelling of corrosion induced cracking of concrete
Plenary presentation: Koichi Maekawa Multi-Scale Simulation of Structural Concrete Subjected to Seismic and Fatigue Loads Coupled with Drying and Wetting
Plenary presentation: Viktor Mechterine Behaviour Of Strain-Hardening Cement-Based Composites (ShCC) Subject To Cyclic Loading
Coffee Break
10:30-12:30 Parallel Sessions Tuesday
MS02-1: Modeling Time-Dependent Behavior and Deterioration of Concrete
Chairs: Mohammed Alneggar and Giovanni Di Luzio
Plastic shrinkage of inert and cement-based materials: characterization and comparison
  Danyu Luo Fabienne Bégaud Arnaud Delaplace Matthieu Vandamme  
Effect of Loading Rate on the Double-K Fracture Parameters of Concrete
  Gonzalo Ruiz Rena C. Yu Shilang Xu José Joaquín Ortega-Parreño Yao Wu  
Bond degradation of corroded reinforcement: An experimental and numerical study
  Elsayed Salem Mohammed Abdellatef David Lau Lauren Stenroos Mohammed Alnaggar  
Creep of cracked polymer fiber reinforced concrete under sustained tensile loading
  Rutger Vrijdaghs Marco di Prisco Lucie Vandewalle  
Fundamental Study of Crack Propagation of External Sulfate Attack with Mesoscale Analysis System for Coupled Chemo-Mechanical Behaviours
  Taito Miura Yoshihito Yamamoto Hikaru Nakamura  
Parametric Damage Of Concrete Under High-Cycle Fatigue Loading In Compression
  Benard Isojeh Frank Vecchio        
               
MS06-1: Fracture and Damage of Confined Concrete
Chairs: Kaspar Willam and Jacky Mazars
Impact Resistant Performance of Ductile Fiber Reinforced Cementitious Composites (DFRCCs)
  Jeongsoo Nam Yasuji Shinohara Toshiyuki Atou Hongseop Kim Gyuyong Kim  
Size Effect on Confining Force of Circular Concrete Filled in Steel Tube under Axial Compression
  Zhenbao Li Wenjing Wang Zhenyun Tang  
Experimental analysis of the shear behavior of concrete under high confinement
  Reem Abdul Rahman Pascal Forquin Jean-Luc Decosne  
Drop Test of Thick-Walled Concrete Cylinder Subjected to Shrinkage and Expansion
  Masoud Dehghani Champiri M. M. Reza Mousavi Mohammad Hanifehzadeh Arezou Attar Kaspar Willam Bora Gencturk  
Effect Of Active Confinement On Shear Behaviors For Pile Cap Prestressed Laterally
  Kaito Yamashita Ryo Yamashita Yasuji Shinohara  
Crack Growth in Concrete under Uniaxial and Confined Conditions
  Kamran Nemati Alessandro Fantilli  
MS07-1: Cracking and Fracture Behavior of HPFRCC
Chairs:  Viktor Mechtcherine and Volker Slowik
Pull-out Response of Single Steel Fiber Embedded in PVA Fiber Reinforced Cementitious Matrix
  Jing Yu Lingshi Meng Christopher Leung  
Debilities and strengths of FEM-based constitutive models for the material nonlinear analysis of steel fibre reinforced concrete structures
  Joaquim António Oliveira Barros    
Fracture and Size Effect Studies on Fibre Reinforced Self Compacting Concrete Using Digital Image Correlation
  Santosh Shah Bhavin Patel          
Cracking of SHCC due to reinforcement corrosion
  Branko Šavija Mladena Luković Jose Pacheco Erik Schlangen  
Strain Localization Analysis of an Elastic-Plastic Model for High Performance Fiber Reinforced Cementitious Composite
  Marta Miletic Dunja Peric  
Experimental Approach to Evaluation of Fiber Contribution in FRC
  Minoru Kunieda Ryota Mori  
RS03-2: Computational Modeling
Chair:  Toshiaki Hasegawa
Prediction of Shear Failure of Large Beams Based on Fracture
  Vladimir Cervenka Jan Cervenka Tereza Sajdlova  
Constitutive Models and Arc-Length Control Method in Branch-Switching Analysis to Bifurcation Path for Diagonal Tension Failure of Reinforced Concrete Beam
  Toshiaki Hasegawa  
A novel multi-fiber Timoshenko beam finite element formulation with embedded discontinuities to describe reinforced concrete failure under static loadings
  Ibrahim Bitar Nathan Benkemoun Panagiotis Kotronis Stéphane Grange  
Modeling the evolution of a crack in a prestressed structure conrete
  Eric Lefebvre Sylvie Michel-Ponnelle Frédéric Feyel Eric Lorentz  
Non-proportional Loading for Sequentially Linear Analysis
  Chenjie Yu Pierre Hoogenboom Jan Rots  
Numerical Strategy For Developing A Probabilistic Model For Reinforced Concrete Structures (PMRCS)
  Christian Nader Pierre Rossi Jean-Louis Tailhan  
Lunch
13:40-15:40 Parallel Sessions Tuesday
MS02-2: Modeling Time-Dependent Behavior and Deterioration of Concrete
Chairs: Mohammed Alneggar and Giovanni Di Luzio
Modelling Corrosion of Steel Reinforcement in Concrete: Natural vs. Accelerated Corrosion
  Josko Ozbolt Emiliano Sola Gojko Balabanic  
A coupled multi-physics model for creep, shrinkage and fracture of early-age concrete
  Tobias Gasch Andreras Sjölander Richard Malm Anders Ansell  
Self-consistent chloride diffusivity upscaling in cement paste
  Nattapong Damrongwiriyanupap Stefan Scheiner Bernhard Pichler Christian Hellmich  
An experimental and numerical method to investigate the oxide behavior in corrosion of reinforced concrete
  Beatriz Sanz Jaime Planas José M. Sancho  
Subcritical Crack Growth Induced by Stress Corrosion in Hardened Cement Paste
  Weijin Wang Teng Tong Qiang Yu  
MS07-2: Cracking and Fracture Behavior of HPFRCC
Chairs:  Volker Slowik and Gideon van Zijl
Characterizing the crack development in strain-hardening cement-based composites (SHCC) by means of acoustic emission (AE)
  Iurie Curosu Stephan Pirskawetz Viktor Mechtcherine  
Influence of Field-Cast Tensile Properties and Test Methods on Simulated Reinforced HPFRCC Component Behavior
  Matthew Bandelt            
Effect of Cracking and Fracture on the Electromechanical Response of HPFRCC
  Xiaopeng Li Mo Li  
A Comparison of Reinforced Concrete and Reinforced HPFRCC Beam Response to Various Cyclic Deformation Histories
  Timothy Frank Michael Lepech Sarah Billington  
Numerical Modelling of a complex UHPFRC Structure by a Micromechanics FEM Model taking into Account two Different Casting Methods
  Thomas Guenet Florent Baby François Toutlemonde Luca Sorelli Sebastien Bernard Youri Duhamel-Labrecque Samuel Meulenyzer
A Procedure For Determining The Representative Tensile Strength Of UHPFRC Using Non-Destructive Methods For Assessing The Fibre Content And Orientation
  Mário Pimentel Sandra Nunes  
MS08-1: Fracture Mechanics and Earthquake Engineering
Chair:  Koichi Maekawa
Evaluation Of Degradation Of Shear Resistant Mechanism Of Rc Column Subjected To Cyclic Loading
  Li Fu Hikaru Nakamura Yoshihito Yamamoto Taito Miura  
Effect of Loading Rate on the Fracture Behaviour of Steel and Polymer Fibre Reinforced Concrete
  Stefie J. Stephen Ravindra Gettu Benny Raphael  
Prediction of cracking in RC walls under cyclic loadings by means of a new homogenized global constitutive model
  Miquel Huguet Panagiotis Kotronis Silvano Erlicher François Voldoire  
New Double-K Criterion for Crack Propagation in Quasi-Brittle Fracture under Moderate Dynamic Loading: Theoretical Investigations
  LIXIN DONG SHILANG XU  
Fracture Energy-based Full-Process Crack Width Prediction in Nonlinear Numerical Analysis of RC Structural members
  Meng Zhou Mu-Xuan Tao Jia-Ji Wang Jian-Guo Nie  
RS02-2: Experimental Methodologies
Chair:  Chandra Kishen
An Acoustic Emission Study of Mixed Mode Crack Propagation in Reinforced Concrete Beams
  Prashanth M. H. Kishen Chandra  
Experimental database with full-field measurements for mixed-mode crack propagation in concrete: comparison between experimental and numerical results
  Andreea Carpiuc-Prisacari Clément Jailin Martin Poncelet Kyrylo Kazymyrenko François Hild  
Fracture process analysis of recycled aggregate concrete with combined digital image correlation and acoustic emission techniques
  Menghuan Guo Frédéric Grondin Syed Yasir Alam Ahmed Loukili  
Size effect on behavior of critical shear crack in reinforced concrete beams without stirrups using Digital Image Correlation (DIC)
  Ahmed Belbachir Syed Yasir Alam Mohammed Matallah Ahmed Loukili  
In-situ tensile and corrosion damage characteristics of high-performance fiber-reinforced cementitious composites using X-ray micro-computed tomography
  Wilson Nguyen Daniel Hernandez-Cruz Kemal Celik Jacob F. Duncan Paulo J.M. Monteiro Claudia P. Ostertag  
Modelling Displacement Discontinuities via Finite Element Approximation of Digital Image Correlation System
  Shahriyar Beizaee Kaspar Willam Giovanna Xotta Reza Mousavi  
Coffee Break
16:10-17:50 Parallel Sessions Tuesday
MS02-3: Modeling Time-Dependent Behavior and Deterioration of Concrete
Chairs: Mohammed Alneggar and Giovanni Di Luzio
Development of a computational multi-physical framework for the use of nonlinear explicit approach in the assessment of concrete structures affected by AAR
  Mahdi Ben Ftima Hamid Sadouki Eugen Brühwiler  
Crack-gel interaction on the static and fatigue failure of ASR-damaged RC slabs
  Yasushi Tanaka Yuya Takahashi Koichi Maekawa  
Multiscale Analysis of Alkali Silica Reaction in Concrete: A Homogenization Approach
  Roozbeh Rezakhani Mohammed Alnaggar Gianluca Cusatis  
Meso-scale Modeling of Irradiation Damage in Pressurized Water Reactor Concrete Biological Shields
  Yann Le Pape Alain Giorla  
Study of Cracking Risks of Alkali-activated Slag Mortars due to Shrinkage Restraint at Early Age
  Farah Rifai Aveline Darquennes Farid Benboudjema Bensoit Muzeau Lavinia Stefan  
MS07-3: Cracking and Fracture Behavior of HPFRCC
Chairs:  Viktor Mechtcherine and Gideon van Zijl
Multi-physics Corrosion Modeling and Sustainability Assessment of Steel Reinforced High Performance Fiber Reinforced Cementitious Composites
  Michael Lepech Mette Geiker Alexander Michel        
Bioinspired design of cement polymer composites
  Jessica Rosewitz Liliana Urso Christopher Flanagan Nima Rahbar      
Fracture mechanics based design of an SHCC overlay retrofitting strategy for unreinforced load bearing masonry
  Gideon Van Zijl Leon de Beer  
Nonlocal Representation Of Fiber Bridging Forces In Strain-Hardening Cement Composites
  Jingu Kang John Bolander  
A New Stress-field Based Model to Simulate the Multiple Cracking Development in Strain-hardening Cementitious Composites (SHCC)
  Cong Lu Christopher Leung  
RS06-2: Structural Concrete Applications
Chair:  Minoru Kunieda
Numerical Simulation Of The Dynamic Behaviour Of Frp Strips Glued To A Brittle Substrate
  Enzo Martinelli Antonio Caggiano    
Numerical Simulation of the Anchorage Behavior using Meso-scale Finite Element Method
  Daisuke Hayashi Kohei Nagai  
Seismic behavior of steel reinforced ECC or ECC/concrete composite short columns
  Li Xu JinLong Pan Jingming Cai  
The role of the structural characteristic length in FRC structures
  Marco di Prisco Matteo Colombo Isabella Colombo  
Probabilistic evaluation of concrete strains for assessing prestress loss in nuclear containment wall segments
  Georgios Balomenos Mahesh Pandey  
RS02-3: Experimental Methodologies
Chair:  Mo Li
Effect of temperature and moisture on the instantaneous behaviour of concrete
  Hatem Kallel Hélène Carré Christian Laborderie Benoit Masson Nhu Cuong Tran  
The influence of moisture on the fracture behaviour of concrete loaded in dynamic tension.
  Ilse Vegt Jaap Weerheijm  
The double-K fracture parameters of steel fiber reinforced concrete
  Jingcai Zhang Qichao Xue Jian He  
Component wedge-splitting/bending test of notched specimens enforcing various crack-tip constraint conditions: Experiments and simulations
  Václav Veselý Ildiko Merta Stanislav Seitl Andreas Schneemayer Hana Šimonová Zbyněk Keršner  
Adhesion and interfacial fracture toughness between steel pipe and cement/spacer/mud system
  Zhidong Zhang  
19:00-23:00
Banquet
Wednesday, June 1
8:30-10:10 Parallel Sessions Wednesday
MS02-4: Modeling Time-Dependent Behavior and Deterioration of Concrete
Chairs: Mohammed Alneggar and Geiovanni Di Luzio
Shrinkage cracking of thin irregular shotcrete shells using multi physics models
  Andreas Sjölander Tobias Gasch Richard Malm Anders Ansell  
Analysis of cracking due to shrinkage restraint on the mechanical behaviour of reinforced concrete
  Alexandre Michou Adrien Hilaire Farid Benboudjema Georges Nahas Pierre Wyniecki Yves Berthaud  
Experimental and Numerical Study on Cement Paste Degradation under External Sulfate Attack
  Xu Ma Oguzhan Copuroglu Erik Schlangen Nigxu Han Feng Xing    
Effective ageing linear viscoelastic properties of composites with phase precipitations: comparison between numerical and analytical homogenization approaches
  Tulio Honorio Benoit Bary Julien Sanahuja  
MS13-1: Nondestructive Testing and Monitoring of Fracture
Chair: Christian Grosse
Measurements of Energy Dissipation in Fiber Reinforced UHPC Using Acoustic Emission and X-ray Tomography
  Dmitry Loshkov Roman Kravchuk Eric Landis        
Importance of acoustic emission based b-value in the study of fracture process of reinforced concrete structures
  Vidya Sagar Remalli  
Source Localization of Pencil-lead Breaks in a Notched Concrete Specimen Using Multi-Segment Path Analysis
  Stephan Gollob Lassaad Mhamdi Georg Kocur  
Interpretation of Fatigue Damage Evolution in RC Slabs by Means of Innovative 3D AE Tomography
  Tomoki Shiotani Takahiro Nishida Hisafumi Asare  
Combination of inspection and monitoring techniques for the detection of fractures in concrete with self-healing properties
  Christian Grosse Fabian Malm  
RS03-3: Computational Modeling
Chair:  Jan Cervenka
Crack Propagation for Concrete Flat Plates Using XFEM Method
  Rwayda Kh. S. Al Hamd Martin Gillie Yong Wang Asad S. Albostami  
Prediction of Analytical Bond Strength of Lap Splices in Tension
  Appa Rao Gangolu Eligehausen Rolf    
Micromechanical Characterization of Energy Dissipative Mechanisms in Fracture Process Zone
  Sudakshina Dutta Kishen Chandra  
Random lattice particle modeling of the localization of damage in compression in concrete members
  Alessandro Fascetti Nicola Nisticó John Bolander  
T-stress of Concrete under Four-point Bending
  Yanhua Zhao Jin LIu      
RS06-3: Structural Concrete Applications
Chair:  Joaquim António Oliveira Barros
Damaged plasticity modelling of concrete in finite element analysis of reinforced concrete slabs
  Aikaterini Genikomsou Maria Anna Polak  
Effect of Non-uniform Corrosion on the mechanical properties of corroded steal bars
  Yuan Gao Chunhua Lu Siqi Yuan Jinmu Yang  
Fatigue Behavior of Lightly Reinforced Concrete Beams in Flexure due to Overload
  Nagesh Honnudike Eshwarappa Appa Rao Gangolu  
Fracture Behavior and Failure Analysis of Self Compacted Concrete Deep Beams Reinforced By CFRP Bars
  Khaled Heiza  
Coffee Break
10:30-12:30   Parallel Sessions Wednesday
MS12-1: Probabilistic Aspects of Concrete Fracture
Chairs:  Miroslav Vořechovský and Jan Elias
Probabilistic aspects of high-dynamic compressive failure of cementitious materials
  Bernhard Pichler Erhardt Lach  
Probabilistic Fragility Analysis of the Cohesive Crack Model
  Mohammad A. Hariri-Ardebili Victor E. Saouma  
Mechanistic Modeling of Strength Distribution of Quasibrittle Structures and Its Implication on Structural Reliability
  Jia-Liang Le Zdenek Bazant  
Monte Carlo simulations of meso-scale dynamic fracture of concrete based on in-situ X-ray Computed Tomography images
  Yujie Huang Zhenjun Yang Guohua Liu        
Bayesian System Identification of Fatigue Crack Growth in Concrete
  Nimmy Abraham Manohar C. Kishen Chandra  
MS13-2: Nondestructive Testing and Monitoring of Fracture
Chair: Christian Grosse
Fracture monitoring by acoustic emission: recent applications of parameter-based characterization
  Dimitrios Aggelis Sven De Sutter Svetlana Verbruggen Maria Strantza Tine Tysmans Anastasios Mpalaskas Phuoc Luong Nguyen
3D Crack Detection Using an XFEM Variant and Global Optimization Algorithms
  Konstantinos Agathos Eleni Chatzi Stéphane Bordas  
Transition from energy dissipative processes to displacement discontinuities during concrete failure
  Syed Yasir Alam Ahmed Loukili          
Experimental investigation of damage evolution in concrete under high-cycle fatigue
  Marc Thiele Yuri Petryna Andreas Rogge  
Delamination Detection for CFRP Laminated Concrete Structures using Pulsed Laser Scanning-based NDE Technique
  Changgil Lee Seunghee Park  
Moment tensor inversion applied to acoustic emission data from large-scale laboratory concrete beams
  Lassaad Mhamdi Thomas Schumacher Lindsay Linzer  
MS05-1: Computational Failure Modeling at Various Length Scales
Chair:  Günther Meschke
Energy approach for multiple cracking in beams made of quasi-brittle material under pure bending
  Tiansheng Shi Christopher K.Y. Leung  
The Homogenization of a Masonry Unit Cell Using a Lattice Model: Uniaxial Tension Case
  Amir Mohammadipour Kaspar Willam  
3D Mesoscopic Modeling of the Crack-Permeability Interaction in Fractured Concrete
  Mohammed Matallah Christian La Borderie  
Lattice Discrete Particle Modeling (LDPM) of Flexural Size effect in Over Reinforced Concrete Beams
  Mohammed Alnaggar Gianluca Cusatis  
Identification Of Constituve Relationships For Concrete Using Discrete And Finite Element Framework
  Frederic Ragueneau Maxime Vassaux Cecile Oliver-Leblond Benjamin Richard  
RS04-1: Durability/Coupled Problems
Chair:  Peter Grassl
Effects of Heating and Carbonation on Fracture Properties of Concrete
  Yoshinori Kitsutaka Hiroshi Yamauchi Koichi Matsuzawa  
Multi-physical and multi-scale deterioration modelling of reinforced concrete: modelling corrosion-induced concrete damage
  Alexander Michel Michael Lepech Henrik Stang Mette Geiker  
Meso-macro modelling of crack-induced diffusivity in heterogeneous materials
  Nathan Benkemoun Ouali Amiri  
Fully Coupled Solution of Heat Transfer, Moisture Diffusion, Alkali-Silica Reaction and Fracture Processes in Concrete
  Hai Huang Benjamin Spencer  
Permeability and relative permeability of mortar undergoing damage : a hierarchical capillary bundle approach
  Gilles Pijaudier-Cabot Lionel Ecay David Gregoire Fadi Khaddour  
Numerical and experimental study of ASR in concrete at the meso-level
  Joaquín Liaudat Carlos Maria López Ignacio Carol  
Lunch
13:40-15:00   Parallel Sessions Wednesday
MS12-2: Probabilistic Aspects of Concrete Fracture
Chairs:  Miroslav Vořechovský and Jan Elias
Interplay of probabilistic and deterministic internal length in simulations of concrete fracture
  Jana Kaděrová Jan Eliáš Miroslav Vořechovský  
Implications of spatial variability characterization in discrete particle models
  Jan Podrouzek Jan Vorel Gianluca Cusatis Roman Wendner  
Investigation on Mesh Dependency of Stochastic Simulations of Quasibrittle Fracture
  Jia-Liang Le Jan Elias  
FE analyses of a coupled energetic-statistical size effect in plain concrete beams with varying material properties
  Ewelina Korol Jacek Tejchman  
RS02-4: Experimental Methodologies
Chair:  Eric Landis
Tension Softening Behavior of ASR Damaged Concrete Detected by Image Analysis
  Tomohiro Miki Hiroki Tsukahara  
3D experimental detection and characterization of microcracking in porous cement based materials
  Thanh Tung Nguyen Camille Chateau Michel Bornert Julien Yvonnet  
Analysis of Acoustic Emission Data in Reinforced Concrete using Wavelet Transform
  Nitin Burud Kishen Chandra  
Normal and Tangential Extraction of Embedded Anchor Plates from Precast Façade Concrete Panels: Experimental Program
  Rocio Porras Jacinto Carmona Gonzalo Ruiz X.X. Zhang      
RS05-3: Novel Cementitious and/or Other Quasi-Brittle Materials
Chair:  Liberato Ferrara
Fracture of lightweight foamed concrete in evaluation of bond behavior of steel reinforcement embedded in LWFC
  Petri de Villiers Gideon Van Zijl Algurnon van Rooyen  
Fatigue-induced Fracture of Pervious Concrete: Physical and Numerical Experimentation
  Sonoko Ichimaru Alessandro Fascetti John Bolander  
Nanoparticles from food waste: a "green" future for traditional building materials
  Luciana Restuccia Giuseppe Andrea Ferro  
RS06-4: Structural Concrete Applications
Chair:  Victor Saouma
Numerical Strategy for developing Macroscopic Model for Reinforced Concrete Structures (MMRCS)
  Christian Nader Pierre Rossi Jean-Louis Tailhan        
Performance of Partially Damaged Squat Shear Walls under Reversed Cyclic Loading
  Kanaka Durga Sambhana Appa Rao Gangolu  
Experimental and numerical characterisation of load-induced damage in reinforced concrete members
  Rita-Maria Ghantous Stéphane Poyet Valérie L'Hostis Nhu-Cuong Tran Alain Millard Raoul François  
Shear Damage Modeling of RC Beams; A Simplified Approach
  Shoaib Goraya Rahat Usman Rashid Hameed  
Coffee Break 
15:20-16:50   Closing Session Wednesday
Chair: Giles Pijaudier-Cabot
Plenary presentation: Jacky Mazars Behaviour and Assessment of Massive Structures: An Overview of the French Research Programs Ceos.Fr and Vercors
Keynote presentation: Zdenek Bažant Quasibrittle Fracture Mechanics: An Aperçu of Recent Advances and Fecund Trends
Closing remarks
17:00--   Reception

Pre-conference workshop in honor of ZP Bažant, FraMCoS-9, Berkeley, May 29, 2016

8:30Opening Session
Session 1 -- Size Effect on Structural Strength
9:00   1   Victor Saouma Size effect : from Irwin to Bazant
9:30  2  Luigi Cedolin Cohesive crack analysis of concrete fracture
10:00  3  Jia-Liang Le Effect of stress singularities on scaling of quasibrittle fracture
10:20  4  Marco Salviato Probabilistic Scaling of Fracture of Quasi-Brittle Materials
10:40Coffee Break
Session 2 -- Time Dependent Behavior of Concrete
11:30  2  Christian Helmich Ultrashort-term creep of concrete: experiments and multiscale modeling
11:50  3  Roman Wendner State-of-the-Art and future challenges in concrete creep and shrinkage analysis
12:10  4  Gianluca Cusatis multiscale modeling of alkali-silica reaction deterioration of concrete structures
12:30Lunch Break
Session 3 -- Damage and Fracture Modeling
2:00  1  Gilles-Pijaudier Cabot Failure and Nonlocality
2:30  2  John Bolander Discrete Models for the Simulation of Concrete Behavior
3:00  3  Giovanni Di Luzio A Thirty-Year Survey of Microplane Models
3:20  4  Christian La Borderie A Finite Element approach for mesoscopic modelling of fracture
3:40Coffee Break
Session 4 -- Dynamic Behavior of Concrete
4:00  1  Jacky Mazars Simplified method strategies based on damage mechanics for reinforced concrete under cyclic and dynamic loadings
4:30  2  Josko Ozbolt Dynamic Fracture of Materials: Experimental and Numerical Studies
4:50  3   Ferhun Caner Microplane Modelling of Concrete Dynamics
5:10cocktail + tributes
Note: Student participation will be sponsored by IA-FraMCoS.

Proceedings

All accepted papers, whose authors have registered will be available on line at least one week prior to the conference. This will enable participants to preview papers in a timely manner.

At registration, a detailed printed program will be made available during registration and will be available on line in this page.

General Assembly

Contrarily to previous conferences, the Generl Assembly will be held on Monday late afternoon to maximize participation.

Tentative agenda includes

  • "State of FraMCoS".
  • Financial situation.
  • Membership.
  • Vote for the new Bylaws (two-thirds of the number of members present at a General Meeting needed to approve).
  • Vote of 4 new Board Members.
  • Open Discussion.

The Venue

The conference will be held on the Clark Kerr Campus of the University of California, Berkeley (located approximately 1 km from the main campus).

The conference site is accessible through public transportation from both San Francisco (SFO) and Oakland (OAK) international airports using the Bay Area Rapid Transit (BART) system or by car.

Conference Secretariat

Questions about FraMCoS-9 can be addressed to the Conference Secretariat via secretariat at framcos9.org