The SPECAL SPECIAL ACTIVAL PROJECTION OF Full Engineering
In the OECD era, the development of products was no longer based solely on traditional physical testing, which was increasingly moving on. Digital simulator To speed up, reduce costs and raise quality. ANSI Software is one of the world's leading simulation tools, which are widely used in many industries such as cars, airlines, electronics, energy and precise mechanics.
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About ANSIA
ANSI Software is one of the world's most famous engineering simulation software, used to simulate the physical behavior of products in digital space before actual design. It offers solutions from structural simulations, dynamics, fluids, heat to complex multi-physic simulations, helping engineering to assess product performance in various conditions right on computers.
ANSI is not just a single tool but a single Integrated simulation platform, in which different kits operate together to solve the simulation problem from original design to final product authenticity.
The Role of Digital Emulation
Digital simulator is the process of modeling computers to simulate the physical behavior of products or systems under actual conditions. The goal is understands and predicts how product reacts With load, temperature, vibration, fluid flow, electromagnetic... without multiple physical tests.
Digital simulations have many benefits:
Reduce design and testing costs
Shorten product development time
optimize performance and product sustainability
Support of making technical decisions based on accurate data
ANSI is one of the most advanced software to implement these simulations, enabling engineers to rate product performance in the digital environment before real development.
ANSI Software Ecosystem
ANSIA is not a single tool but a tool diverse software ecosystemsStay on the platform. ANSI WorkbenchYeah. Workbench is the central environment that connects the various sims, allowing the engineer to transfer the data, attach the conditions and control the entire simulation process.
The main tools in the ANSI ecosystem include:
ANSI Workbench: Integrating center, simulation management, optimizing the process from CAD to postprocess.
ANSYS Mechanical: Structure analysis, application, variant, vibration, collision and non-linear phenomena.
ANSI Fluent / CFX: Simulate fluid flow, atmospheric, thermal transmission.
ANSI Maxwell / HFSS: Electrical simulation, magnetic field, circuit design and antennae design.
ANSI Explicit / MelbourneYNA: The collision analysis, explosion, non-linear mechanical incident.
ANSI Discovery / AIM: Quick, intuitive simulations for original design and ideas test.
This ecosystem allows engineers to perform Multiphysic simulator, incorporate complex phenomena in the same model, from which the product's actual operating conditions are renewed.
Software ANSIA It's not just technical simulations, it's also, The center of modern product developmentYeah. Thanks to the ability to mimic multiple physics, ANSI helps engineers and designers:
A comprehensive product behaviour review: From improvising, disfigured to flow of fluids, heat, electromagneticity and interaction between physical phenomena, before producing the actual prototype. This ensures the product achieves technical and safe requirements when put into use.
Shorten the cycle of design and production: Digital simulation reduces reliance on physical trials multiple times, helping save time, effort, and cost.
optimize performance and production costs: Engineers can test various design options on the digital model, from which to choose the best option before developing reality production.
Support of making technical decisions based on accurate data: The simulation provides quantitative information on product behavior, helping managers and engineers make good decisions in product development.
