Please note: Program details are tentative and subject to change.
- Wednesday
- Thursday
- Friday
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Official opening of the Structural Integrity and Failure Conference (SIF2025)
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Micro-grain Weibull strength distribution and fracture toughness of brittle ceramics
Yu Win Mai
The Hong Kong Polytechnic University -
Impeding Crack Nucleation and Enabling Crack Healing in Nanocrystalline Metals
Brad Boyce
Sandia National Laboratories (USA) -
Enjoy morning tea whilst networking
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Mechanical behavior of the 3D printed continuous fiber-reinforced composite gyroid structure under quasi-static and dynamic compressionO1-01
Dong Ruan
Swinburne University of TechnologyCan delaminations be modelled as a reduction in bending stiffness?O4-01Francis Rose
Monash University -
Fatigue life evaluation under variable amplitude loadingO1-02
Andrei Kotousov
The University of AdelaideA new approach to calibrate Goldak’s heat source model for additive manufacturingO4-02Wenyi Yan
Monash University -
Controlling snapback in indirect tensile testing of brittle materialsO1-03
Giang Nguyen
The University of AdelaideTopology Optimization for Multi-Component Robotic Arms under Time-Varying LoadsO4-03Chi Wu
University of Newcastle -
Fracture Analysis and Design Optimisation of Dental Structures: An XFEM-Based StudyO1-04
Zhongpu Zhang
Western Sydney UniversityHemispherical hollow dome crash worthiness analysisO4-04Md Mohiuddin
Defence Science and Technology Group (DSTG) -
The Role of Intermetallic Phases on the Damage Tolerance of Crossover Aluminum AlloysO1-05
Bosong Li
UNSW SydneyPrediction of Micro-Crack Networks in Carbon Fibre Composites at Cryogenic TemperaturesO4-05Wenkai Chang
UNSW Sydney -
Impact of processing parameters and base plate preheating on the structuremechanical performance relationships of a laser powder bed fusion fabricated hot work tool steelO1-06
Bibek Shah
UNSW SydneyTopology optimization of CFRP laminated structures considering Tsai-Wu failure criterion and experimental validationO4-06Yanan Xu
The University of Sydney -
Enjoy a leisurely lunch break and take another opportunity to network with fellow attendees
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Enhancing the high-cycle fatigue performance of precipitate strengthened Al alloys
Christopher Hutchinson
Monash University -
Rapid fatigue evaluation of additive manufacturing specimens containing different types of defectsO1-07
Raj Das
RMIT UniversityWearable Ultrasound with Sensor Array for Doppler-Based Blood Flow MonitoringO4-07Xiaorui Chen
UNSW Sydney -
A study on the thickness-related fatigue resistance, fracture toughness, and ductility of additive manufacturing specimensO5-08
Milad Bemani Lirgeshas
RMIT UniversityMultiobjective column layout optimisation to balance structural performance and resource efficiency whilst ensuring structural integrityO4-08Benjamin Pollock
UNSW Sydney -
High-Cycle Fatigue Evaluation for High-StrengthGrade Blind Bolts as Shear ConnectorsO1-09
Alireza Mohammadi Niaei
Western Sydney UniversityDesign of Simultaneous Energy Harvesting and Sensing Systems for Bridge Health MonitoringO4-09Shuai Yao
UNSW Sydney -
Enjoy afternoon tea whilst networking
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Bridging Scales: Multiscale Insights into Manufacturing, Materials Behavior and Structural Integrity
Ondrej Muranski
Australian Nuclear Science and Technology Organisation (ANSTO) -
Phase field fracture modelling for elastoplastic shell incorporated with stressbased fracture initiation criterionO1-10
Yang Jiang
University of Technology SydneySurrogate-Model-Assisted Multi-Objective Calibration of Crystal Plasticity Finite Element Method (CPFEM) ModelsO4-10Janzen Choi
UNSW Sydney -
On the development of compliance-based techniques for the evaluation of crack tip opening loads and effective stress intensity factor rangeO1-11
Andrei Kotousov
The University of AdelaideDamage Assessment of Fibre Reinforced Polymer Composite Laminates Subjected to Laser IrradiationO4-11Patrick Kamlade
Western Sydney University -
Innovative Data-Driven Approaches for Bridge Structural Health Monitoring via Drive-By InspectionO6-01
Andres Felipe Calderon Hurtado
UNSW SydneyCreep-fatigue damage evaluation of very high-temperature reactor systems by ASME BPVC rulesO4-12Jessie Lum
UNSW Sydney -
Towards Uncertainty Quantification of the ASTM E1921 Reference Temperature, T0O6-02
Kamila Nowosad
University of ShefieldVirtual modelling framework based elastoplastic analysis on mechanical metamaterialsO4-13Yuhang Tian
UNSW Sydney -
Structural Integrity and Vibration Analysis of Pressurised Liquid Container Brackets: Numerical and Experimental InsightsO6-03
Zhi Zhu
Western Sydney UniversityNumerical Simulations of the Wire-Arc Additive Manufacturing (WAAM) ProcessO4-14Fernando Valiente-Dies
The University of Sydney -
Conclude the first day with a selection of drinks
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From Nano to Macro: Engineering Fracture Toughness in Multiphase Epoxy Composites
Brian Falzon
Western Sydney University -
Linking localized plasticity to crack initiation
Michael Preuss
Monash University -
Enjoy morning tea whilst networking
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Enhancing the mechanical properties of a laser powder bed fusion fabricated bulk metallic glassO5-01
Jamie Kruzic
UNSW SydneyEarly Crack Detection with Distributed Fibre Optic Sensors on an F/A-18 Hornet Centre-barrelO7-01Zane Hills
Defence Science and Technology Group (DSTG) -
Effect of heat treatment on fatigue properties of Stainless Steel and Inconel fabricated using laser powder bed fusionO5-02
James Vidler
The University of AdelaideMonitoring fatigue crack growth through the use of automated crack cameras in a full-scale component damage tolerance testO7-02Michael Jones
RMIT University -
Factors Controlling Residual Stress Formation in Laser Powder Bed Fusion ComponentsO5-03
Rais Taufiq
UNSW SydneyRecrystallised annealed titanium fatigue crack nucleation and growth in a combat aircraft structureO7-03Isaac Field
Defence Science and Technology Group (DSTG) -
The development and validation of finite element models of additive manufacturingO5-04
Wendy Ji
UNSW SydneyFailure analysis of service fatigue cracks in aircraft structures - going furtherO7-04Ben Main
Defence Science and Technology Group (DSTG) -
Structural Integrity and Defect Analysis of Wire-Arc Additively Manufactured 316L Stainless Steel ComponentsO5-05
Markus Domogala
The University of SydneyFatigue crack growth rate testing of non-crimp fabric composite laminatesO7-05Aditya Khanna
The University of Queensland -
Quantifying Hydrogen-induced Nano-Void Coalescence in Additively Manufactured Stainless SteelO5-06
Min-Chang Wu
The University of SydneyEnhancing Electromagnetic Acoustic Transducer (EMAT) Performance Using Amplitude-Modulated Signals for Nonlinear Wave Mixing and Structural Health MonitoringO7-06Tingyuan Yin
The University of Adelaide -
Enjoy a leisurely lunch break and take another opportunity to network with fellow attendees
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Impact of Manufacturing Imperfections on Structural Performance in Advanced Manufacturing
Stefanie Feih
Grifith University -
Influence of Laser Cladding in Microstructural Evolution of Stellite 21 On Light RailO5-07
Pritam Biswas
Monash UniversityOptoacoustic Characterization of Three-Dimensional, Nanoscopic Interior Features of Microchips Using Ultrafast LaserO7-07Zhongqing Su
The Hong Kong Polytechnic University -
Automated Image-Based Analysis of Deleterious Phases in Stainless Steel and Correlation with Mechanical PropertiesO5-08
Ibrahim Ibrahim
Queensland University of Technology (QUT)
Commonwealth Scientific and Industrial Research Organisation, Australian Government (CSIRO)Analysis of Crystal Defects by Electron Channeling Contrast Imaging (ECCI) for Advanced Failure AnalysisO7-08Kashmira Raghu
Zeiss -
Structural Reliability Analysis Through Adaptive Sampling Surrogate-assisted Most Probable Point Capturing MethodO5-10
Enyong Zhao
UNSW SydneyAutomated Image-Based Analysis of Deleterious Phases in Stainless Steel and Correlation with Mechanical PropertiesO5-09Arcady Dyskin
University of Western Australia -
Enjoy afternoon tea whilst networking
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Topology optimization of lightweight structures for fracture criteria
Qing Li
The University of Sydney -
Exploring Hybrid Conductive Composite for Flexible SensorsO8-01
Weihua Li
University of WoollongongReliability-based analysis and design of steel-reinforced timber columnsO9-01Elena Atrhoshchenko
UNSW Sydney -
Biomechanical Assessment of fixation Plate used for Mandibular ReconstructionO8-02
Boyang Wan
The University of SydneySimultaneous Identification of Bridge Properties and Road Roughness from Drive-By Inspection by Integrating Kalman Filter and Optimization ApproachO9-02Jiayang Xu
UNSW Sydney -
Sydney Harbour cruise with conference dinner
Boarding location: King Street Wharf 5
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High-performance epoxy-based nanocomposite adhesives incorporating carbon nanofibers and carbon nanotubes for enhanced bond strength, fracture toughness, and high-temperature performance
Sarah Zang
University of Technology Sydney -
Enjoy morning tea whilst networking
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Experimental and numerical study of the inelastic and failure behaviour of IG-110 nuclear graphiteO2-01
Emmanuel Flores-Johnson
Australian Nuclear Science and Technology Organisation (ANSTO)Integrating Physics-Informed Neural Networks with Phase-Field Modelling for Thermoelastic FractureO9-04Han Zhang
UNSW Sydney -
Graphene reinforced cement-based triboelectric nanogenerator for efficient energy harvesting in civil infrastructureO2-02
Wengui Li
UNSW SydneyEnhancing Self-Healing in Concrete Using Natural Fibers as Bacterial CarriersO9-05Tingxuan Yao
Univesity of Sydney -
Simultaneous Energy Harvesting and Bearing Fault Detection using Piezoelectric Energy HarvestersO9-06
Zhao Sha
UNSW SydneySimultaneous Energy Harvesting and Bearing Fault Detection using Piezoelectric Energy HarvestersO9-06Patricio Peralta-Braz
UNSW Sydney -
Effect of continuouswave laser irradiation power and beamdiameter on thermal degradation of carbon fibre-reinforced polymer (CFRP) compositesO2-04
Jojibabu Panta
Western Sydney UniversityMechanism of rock spallationO9-07Arcady Dyskin
University of Western Australia -
Experimental and numerical study of laser paint stripping on CFRPO2-05
Shiyao Zhu
Western Sydney UniversityImproving the Fracture Toughness and Flame retardancy of Epoxy Polymers by Polydopamine NanoparticlesO2-06Bingnong Jiang
UNSW Sydney -
Close of the Structural Integrity and Failure Conference (SIF2025)
