Key Features of Abaqus 6.11:
Multiphysics:
    Electromagnetics solver for problems requiring time-harmonic eddy current analysis, such as the hardening of a bearing surface due to induction
    Smoothed particle hydrodynamics (SPH) capability for modeling violent free-surface flows, such as fluid sloshing
    Ability to define a spatially varying velocity when specifying inflow and outflow conditions and wall boundary conditions for a fluid dynamic analysis

Modeling & Visualization:
    Interactive mapping capability for importing and applying spatially varying parameter values based on an external data source, such as pressure loads from a computational fluid dynamics (CFD) application
    Capabilities for more realistic and efficient large-scale fastener modeling for applications such as rivets on an aircraft fuselage
    Ability to display stress variation on beam sections, such as structural members of an offshore platform subjected to wave loading
    Additional options for freebody force and moment output including the ability to display output at multiple sections and history plots

Performance:
    Abaqus/Standard can be executed in parallel on shared memory computers equipped with compute-capable graphics processing unit (GPU) cards
    Scalable thread-parallel execution capability of the parallel AMS eigensolver, for solving larger symmetric eigenvalue problems faster
    Parallel cavity radiation scheme for modeling heat transfer effects due to radiation in enclosures, such as heat transfer in an engine exhaust
    Parallel frequency response solver to support shared memory parallel (SMP) with up to 24-cores, providing class leading performance

Add-ons:
    Abaqus Topology Optimization Module (ATOM) provides topology and shape optimization capabilities that accounts for material nonlinearity and contact
    Enhanced CATIA V5 Bidirectional Associative Interface (AI) provides seamless parameter updating for rapid design analysis iterations


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