Whats-New-in-ANSYS by cadd mastre

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What's New in ANSYS?
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What's New in ANSYS?
ANSYS, a leading engineering simulation
software, continues to innovate and introduce
exciting new features to help engineers and
designers tackle complex challenges with greater
efficiency and precision.
By CADD MASTRE TRAINING SERVICES
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Improved User Interface
Streamlined Navigation
Enhanced Visualization
Customizable Workspaces
The updated interface features a more intuitive
and streamlined navigation system, making it
easier for users to access the tools and features
they need.
ANSYS has improved the visualization
capabilities, allowing users to better understand
and interpret the results of their simulations.
Users can now personalize their workspace,
arranging the layout and tools to suit their
specific workflows and preferences.
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Enhanced Modeling Tools
Robust Geometry Handling
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ANSYS has enhanced its geometry handling
capabilities, making it easier to work with
complex CAD models and improve the accuracy of
simulations.
Streamlined Mesh Generation
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The software now offers more efficient and
automated mesh generation tools, reducing the
time and effort required to prepare models for
analysis.
Advanced Parametric Modeling
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Users can now create and manipulate parametric
models, allowing for greater design flexibility
and optimization opportunities.
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Expanded Simulation Capabilities
Multiphysics Simulations
Optimization Tools
Automation Workflows
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The software includes advanced optimization
algorithms that help users find the best design
solutions, balancing performance, cost, and other
key factors.
ANSYS has introduced new automation features,
allowing users to streamline repetitive tasks and
improve the efficiency of their simulation
processes.
ANSYS now offers enhanced multiphysics simulation
capabilities, enabling users to model the
interactions between different physical
phenomena, such as structural, fluid, and thermal
analyses.
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Advanced Rendering Options
Photorealistic Visuals
Photorealistic Visuals
ANSYS now offers more advanced rendering
capabilities, allowing users to generate
high-quality, photorealistic visualizations of
their designs and simulations.
ANSYS now offers more advanced rendering
capabilities, allowing users to generate
high-quality, photorealistic visualizations of
their designs and simulations.
Real-Time Rendering
Real-Time Rendering
The software's real-time rendering features
enable users to quickly preview and assess the
visual impact of their designs, speeding up the
design process.
The software's real-time rendering features
enable users to quickly preview and assess the
visual impact of their designs, speeding up the
design process.
Virtual Prototyping
ANSYS's rendering tools can be used for virtual
prototyping, allowing designers to create and
evaluate digital models before investing in
physical prototypes.
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Streamlined Collaboration Features
Cloud-Based Sharing
ANSYS now offers cloud-based collaboration
features, making it easier for teams to share and
work on projects remotely.
Improved Communication
The software includes enhanced commenting and
annotation tools, facilitating better
communication and feedback among team members.
Version Control
ANSYS has implemented robust version control
capabilities, allowing users to track changes and
manage project histories more effectively.
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Integrated Generative Design
Concept Generation
ANSYS's generative design tools can automatically
generate innovative design concepts based on
specific performance criteria and constraints.
Optimization
The software optimizes these design concepts,
exploring a wide range of possibilities to
identify the most efficient and effective
solutions.
Validation
The integrated simulation capabilities in ANSYS
allow users to validate the performance of the
generated designs before moving forward with
manufacturing.
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Expanded Additive Manufacturing Support
ANSYS now offers advanced tools for preparing and
optimizing designs for additive manufacturing
processes, ensuring successful and efficient 3D
printing.
Build Preparation
The software provides comprehensive material
libraries and simulation capabilities to help
users select the most appropriate materials for
their additive manufacturing projects.
Material Selection
Process Simulation
ANSYS's simulation capabilities can model the
complex physics involved in additive
manufacturing, allowing users to predict and
address potential issues before production.
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