July 2nd to 5th, 2024

Topics

Applications

Wind energy
Civil Engineering
Automotive
Aerospace
Defense
Other application domains

Characterization

Properties
Damage tolerance
Fatigue
Creep
Durability
NDT

Life cycle performance

Sustainability
Recycling
Environmental impact
Sensing

Manufacturing

Additive manufacturing
Flow processing of composites Consolidation
processes
Machining advanced manufacturing/automation
Forming
Repair

Materials and structures

Bio-composites
Polymers and polymer composites
Nanocomposites
Ductile and pseudo-ductile
Sandwich composites
Hybrid and metacomposites
Self healing composites
Composite/hybrid joints
Manufacturing
Computational methods
Continuum damage
Fracture mechanics
Optimization
AI in composite modeling
Machine learning techniques

Topics

Industrial applications

Aerospace - aeronautics
Ground based transportation: Automotive, Trains, Buses, Trucks
Marine
Renewable energies
Civil engineering
Sports & Leisure
Medical
Other application domains

Material science

Fibers & textiles
Matrix materials: polymers, metals, ceramics, concrete, geopolymer
Interfaces
Prepregs
Bio-composites
Nanocomposites
Graphene, graphene-based composites
Hybrid composites
Hierarchical coomposites
Foams, cellular and lattice materials
Self healing

Multifunctional and smart composites

Structural integration of devices
Self-healing
Energy storage and harvesting
Sensing and actuation
Adaptive response and reconfiguration
Smart structures

Special Sessions

Material and Structural Behavior - Simulation & Testing

Fracture and damage
Multiscale modeling
Textile composites
Thin ply composites
Short & long fibre composites
Fatigue
Dynamic
Creep
Durability, ageing, environmental effects
Lightning Strike, fire behavior and fire
retardance/resistance of composites
Electrical properties
Material by design
Design of parts
Bio-inspired designs
Sandwich structures
Hybrid structures
Buckling & stability
Joining & joints
Advanced computational methods
Ductile and pseudo-ductile composites
Maintainance & repair
Structural health monitoring and control
AI-based methods
Topological optimization

Life cycle performance

Sustainability - Resource efficient technologies and supply chains
Recycling
Environmental impact

Manufacturing

Process modeling and simulation
Experimental methods for process
characterisation
Manufacturing of dry 2D textiles and prepregs
Braided preforms and their composites
3D textile reinforcements and their composites
Tailored preforms
Automated placement technologies
Pultrusion, filament winding, roll forming
Liquid composite molding
Autoclave and Out-of-Autoclave
Forming & stamping
Machining
Up-Scaling & automation
Online process monitoring and controling
Smart processing
Additive manufacturing
Manufacturing of short & long fiber
composites
Welding and bonding
AI-based methods

Experimental techniques

Full-field methods
X-ray computed tomography
Thermography
Acoustic Emission & ultrasonic method
Optical fiber sensors
Micro- and nano-scale test methods
Standardisation
Data-driven methods
Tests in severe conditions
Novel test methods
Mutiphysics based experimental testing

Categories

We understand the importance of approaching each work integrally and believe in the power of simple.

Melbourne, Australia
(Sat - Thursday)
(10am - 05 pm)
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