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Call for Papers
Be part of it | Share your experiences | Promote your organization's activities
The Congress will offer a packed program, covering every aspect of engineering analysis. We welcome papers from every area of simulation including, but not limited to, the areas listed opposite.
In the first instance, abstracts of 300-600 words should be submitted for consideration by November 21st 2018, using our online submission form below.
Make sure you are a part of this unique event.
The NAFEMS World Congress is an extraordinary biennial gathering of industry professionals, academics, researchers and software vendors. From designers to engineers to their managers and executive teams, participants represent every aspect of the manufacturing process.
This is a global event that will welcome attendees from every industry involved in engineering simulation, analysis, and systems engineering. What better stage on which to showcase your organisation’s use of simulation to a global audience? NAFEMS extends an invitation to you and your company to get involved in the World Congress by submitting a paper for presentation in Quebec City.
This year, we will be holding several specific symposia, focussing on themes of particular current interest, as well as hosting the 4th International SPDM conference. Presenters and attendees will have access to all parts of the event under one registration.
Looking for the presentations from NWC17? Click here
Important Dates
Abstract Deadline: 21 Nov 2018
Notifications of Acceptance: from 5 Dec 2018
Full Paper Deadline: 4 Feb 2019
Preliminary Agenda Launch: early March 2019
Congress Registration Fees
Presenting Authors
NAFEMS Members 1160 US$
Non-Members 1390 US$
Standard Delegates
NAFEMS Members 1290 US$
Non-Members 1520 US$
Topics
Please note that the following topics are indicative of what the Congress will cover, and are not in any way exhaustive.
If you are unsure about the relevance of your proposed submission, please get in touch at nwc19@nafems.org
Driving Design with Engineering Simulation
- Finite Element Analysis
- Computational Fluid Dynamics
- Multibody Dynamics
- Discrete Element Methods
- Boundary Element Method
- Mesh-Free Methods
- Particle Methods
- Extended Finite Element
- Lattice Boltzman
- New and Emerging Numerical Methods
- Co-simulation / Code Coupling
- Structural
- Residual Stress
- Thermal Stress
- Failure
- Dynamic Analysis
- Crash Impact
- Contact
- Connections & Joints
- Buckling / Collapse
- Fluid Flow
- Cavitation
- Combustion
- Multiphase Flow
- Turbulence
- Acoustic
- Electrical
- Heat Transfer
- Optical
- Electromagnetics
- Multiphysics
- Multiscale
- Optimisation
- Process Optimisation
- Size & Shape
- Optimisation Methods
- Postprocessing
- Visualisation
- Interpreting and Communicating Results
- Error Estimation
- Pre-processing
- Image Based Modelling
- Meshing
- Stochastic / Probabilistic Methods
Implementing Simulation Confidence
- Quantifying Business Benefits
- Generating Confidence in Results
- Verification & Validation
- Code Verification
- Uncertainty Quantification
- Education & Training
- Uncertainty Quantification
- Simulation Governance
- Simulation Maturity Levels / TRLs
- Robust Design
- Testing & Qualification
- Certification by Analysis
- Integrating Analysis & Test
Deploying your Simulation Capability
- Automation
- Democratisation
- High-Performance Computing
- Cloud Computing
- Parallel Processing
- Licensing
- Opensource
- SaaS
- Leasing
- CAD - CAE Integration
- Real Time Simulation
Effective Simulation of Materials
- Composites
- Concrete
- Metallics
- Nanomaterials
- Foam
- Plastics
- Rubber
- Soil
- Bio materials
- Representing Material Phenomena
- Crack Propagation / Fracture
- Damage / Failure
- Delamination
- Durability & Fatigue
- Equation of State
- Hyper Elasticity
- Phase Transformation
- Plasticity
- Viscoelasticity
- Microstructural Modelling
- Virtual Allowables
Spotlights:
- Automotive Powertrain Electrification Technology
- Hybrid / Plug-In and Full Electrification Simulation
- Battery Cell Development Simulation
- Electrical motors
- Autonomous Navigation Technology
- Vision Imaging Analysis
- Data Analytics
- Life Sciences
- Biomechanics
- Medical Devices
- Certification
Technical Symposia
- Systems Modelling & Simulation
- MBSE
- Systems Engineering
- Standards
- FMI / FMU
- Integrating different levels of simulation fidelity
- Multidisciplinary Analysis
- Digital Engineering – Should we Believe the Hype?
- Digital Twins
- AI & Machine Learning
- Cloud Computing
- Industry 5.0 / Digital Manufacturing
- Virtual Reality / Augmented Reality
- Internet of Things
- Manufacturing Process Simulation
- Additive Manufacturing
- Metallic Manufacturing Process
- Casting
- Cutting
- Drawing
- Forging
- Heat Treatment
- Welding
- Composites Manufacturing
- Virtual Material Modelling in Manufacturing (in collaboration with the VMAP Project)
- Case studies
- Composites for lightweight vehicles
- Hybrid modelling of consumer products
- Composites in aerospace
- Blowforming
- Moulding of plastics
- Developing the standard for materials data transfer
4th International SPDM Conference
- Deployment of SPDM solutions
- Analysis planning and reporting
- Business processes implemented in SPDM
- Digital threads and digital twins implemented in SPDM
- Business value of SPDM solutions
- Standards-based approaches in SPDM
- Open source approaches to SPDM
- Essential components of an SPDM solution
- Data and process integration tools
- Platforms for the deployment of industrialised/democratised simulation processes
- Examples of deployment of democratised simulation applications
- SPDM strategy
- SPDM requirements
- Scope of SPDM
- Data standards