General Theme 1:
Novel and Unconventional Computational Methods
GS101: Meshfree, meshless and wavelet methods
GS102: Extended and generalized finite element methods
GS103: Particle and discrete element methods
GS104: Isogeometric methods
GS105: Voronoi cell methods
GS106: Mixed and hybrid methods
GS107: Phase field modeling

General Theme 2:
Computational Methods in Solid and Structural Mechanics
GS201: Adaptive materials systems and structures
GS202: Smart materials and structures
GS203: Micromechanics and nanomechanics
GS204: Novel methods of constitutive modeling
GS205: Nonlinear dynamics
GS206: Acoustics and sounds
GS207: Contact and impact mechanics
GS208: Multi-body and rotor dynamics
GS209: Ballistic shock mitigation
GS210: Damage and failure mechanics
GS211: Dynamic failure and fracture
GS212: Aging structures
GS213: NDE and wave propagation
GS214: Structural stability

General Theme 3:
Computational Materials Science and Multiphysics
GS301: Multiscale and Multiphysical Modeling of Materials
GS302: Modeling of functionally graded materials
GS303: Damage, failure, localization and fracture
GS304: Materials design
GS305: Computational material characterization
GS306: Modeling of biomaterials
GS307: Metals and alloys
GS308: Polymers and polymer composites
GS309: Electronic, electro-magnetic (Meta) and optical materials
GS310: Ice mechanics
GS311: Granular media
GS312: Geomechanics
GS313: Stochastic material models
GS314: Thin film and coated structures

General Theme 4:
Computational Nanosciences and Nanotechnology
GS401: Molecular dynamics modelling
GS402: Quantum mechanics and connection Continuum
GS403: Quasi-continuum Modeling
GS404: MEMS/NEMS
GS405: Lab in chips

General Theme 5:
Computational Methods in Bioengineering and Biomedical Applications
GS501: Biomechanics
GS502: Molecular and cellular biomechanics
GS503: Bioimaging and modelling
GS504: Bio-MEMS
GS505: Life and Health Sciences
GS506: Computational and theoretical biology
GS507: Haptics technology
GS508: Tissue engineering
GS509: Tissue mechanics
GS510: Biofluids
GS511: Cell mechanics
GS512: Vascular and cardiovascular mechanics
GS513: Bioengineering
GS514: Bioheat Transfer

General Theme 6:
Computational Mathematics and Numerical Methods
GS601: Computational geometry
GS602: Computational mathematics

General Theme 7:
Computational Combustion, Heat Transfer, Energy and Environmental Sciences
GS701: Combustion and fires
GS702: Heat transfer
GS703: Mass transfer
GS704: Fluid flow
GS705: Environment
GS706: Wind power
GS707: Energy

General Theme 8:
Computational Methods in Inverse Problems and Optimization
GS801: Inverse problems: theory and applications
GS802: Shape and topology optimization
GS803: Robust and probabilistic optimization
GS804: Design and optimization of advanced and multi-functional materials
GS805: Ill-posed problems in science and engineering

General Theme 9:
Computational Fluid Dynamics
GS901: Micro and Nano-tribology
GS902: Micro and Nano-Fluidics
GS903: Turbulence and complex flows
GS904: High performance computing in fluid mechanics
GS905: Fluid-structure interaction

General Theme 10:
Computational Methods in Manufacturing
GS1001: Composite machining
GS1002: Simulation of processes and manufacturing
GS1003: Metal forming
GS1004: Micro-forming
GS1005: Precision manufacturing
GS1006: Near net shape plasma forming processes
GS1007: Advance and innovative manufacturing technologies

General Theme 11:
Advanced Industrial Applications of Computational Software, Verification, Validation and High performance computing
GS1101: Advanced and innovative applications of computational mechanics
GS1102: Uncertainty quantification
GS1103: Stochastic analysis
GS1104: Interfacing critical experiments with computations
GS1105: Estimation and adaptive control of modeling error
GS1106: Trends in unstructured mesh generation
GS1107: Computational methods in image analysis
GS1108: New generation of CAD/CAM/CAE
GS1109: Image analysis and modelling
GS1110: Parallel computing
GS1111: Scientific visualization