Visual-Environment - Комплексное решение для моделирования и тестирования виртуальных прототипов, предназначенное для обеспечения тонкой настройки всех этапов производственного процесса и получения конечного продукта высокого качества.

Год: 2012
Размер: 1,1 Гб
Разработчик: ESI Groupe
Язык интерфейса: Английский, Французский
Таблетка: Присутствует (Team-SolidSQUAD (SSQ))
Версия: 8.0
Разрядность: 32bit+64bit
Совместимость с Vista: полная
Совместимость с Windows 7: полная
Системные требования:
Windows XP/Vista/7 32/64 bit
Memory (RAM): 1024 MB or higher
Graphics Card: Nvidia Geforce 7800 GTX (PCI-express card with 256MB on board)
Screen Resolution: 1280 x 1024; True Color (32bit)


Visual-Environment - это интегрированный пакет пре- и постпроцессоров, могущих работать одновременно или поодиночке в общей среде других продуктов ESI Groupe.

О ESI Group

Компания ESI Group - пионер и мировой лидер в разработке решений для моделирования виртуальных прототипов, которые учитывают и берут во внимание физические характеристики материалов. Коллектив компании разработал широкий набор промышленно-ориентированных приложений для реалистичного моделирования и поведения прототипа во время тестирования, чтобы обеспечить более тонкую настройку всех производственных процессов для сохранения высокого качества конечного продукта.
В настоящее время в компании работает более 750 специалистов мирового уровня, а представительства располагаются более чем в 30 странах мира.

ESI Visual Environment- это интегрированный пакет пре- и постпроцессоров, которые могут работать одновременно в общей среде других продуктов ESI Group или самостоятельно.

Visual-Mesh is a complete meshing tool which supports CAD Import, 2D and 3D
Meshing and Editing features. Some of the features which work on ‘mesh only’ will be
available in Visual-Crash PAM context.

Visual-Crash PAM (VCP), which is one of the contexts in Visual-Environment,
provides PAM-CRASH users with fast iteration and rapid model revision process, from
data input to visualization for crashworthiness simulation and design. This environment
provides quick model browsing, advanced mesh editing capabilities and rapid graphical
assembly of system models. VCP allows graphical creation, modification and deletion
of contacts, materials, constraints, control cards and all crash entities. In VCP, you are
provided with tools for checking model quality and simulation parameters prior to
launching calculations with the Solver. Using these tools helps in correcting errors and
fine-tuning the model and simulation before submitting it to a solver, thus saving time
and resources.

Visual-Safe is a context in Visual-Environment, dedicated to Safety utilities. High
productivity tools such as advanced dummy positioning, seat morphing, belt fitting and
airbag folding are provided in this context.

Visual-Safe MAD (VSM) is a complete, efficient and productive CAE environment for
multi-body and finite element occupant safety simulations using Madymo. It utilizes the
multi-window/multi-model/multi-application environment of Visual-Environment
very efficiently. It provides complete flexibility of working for both the experienced
and the novice Madymo users alike. It incorporates a vast database of customer
requirements and feedback gathered over a decade.

Visual-Medysa guides PAM-MEDYSA 2G users in building system models for design
optimization and performance validation of complex mechanical systems. Mechanical
systems such as engine, tires, chassis, suspensions, and machinery transmissions, can be
modeled with ease in this environment.

High Velocity Impact (HVI) simulation is used to analyze the dynamic behavior of
materials under very high speed impacts. Visual-HVI supports PAM -SHOCK HVI
user in modeling such material data easily. This typically finds applications in
aerospace where we need to understand the damage suffered by a spacecraft when it
encounters space debris, such as micro-meteoroids.

Visual-Viewer is the new generation Post Processing tool with state-of-art Plotting
utility. This caters to the requirements of the CAE community. Visual-Viewer is built
on the multi page/multiplot environment, which enables the user to group his data into
pages and plots. Visual-Viewer is designed with intuitive and sleek user interface with
Windows look and feel. Complete session can be re-run without loss of any data.
Visual-Viewer is completely command driven which enables the user to execute
commands at ease. Visual-Viewer is completely built on multi-page and multi-plot
environment. The user has the freedom to create any number of pages and to have upto
16 windows in a single page. These windows can be plot, animation, video, model or
drawing block windows. The entire snapshot of the product can be saved as a template
and restored any time.

Visual-Process Executive’s Process-oriented philosophy brings a compelling
advantage to PAM-CRASH users to build processes quickly by customizing GUIs and
to execute them.

Visual-Crash Dyna (VCD) provides advanced capability and fast-guided model
building of LS-DYNA solver. Using Visual-Environment multi-window/multimodels/
multi-application environment, with visual verification, complete model
building activity can be performed efficiently.

Visual-Seal provides advanced capability and fast-guided model building of Seal
model. Using the Visual-Environment multi-window/multi-model/multi-application
environment, with visual verification, complete model-building activity can be
performed efficiently.

Visual-Life Nastran (VLN) is a comprehensive, integrated environment for Nastran
simulations with powerful enterprise capabilities. VLN is a ‘high-performance’
software to manage and assemble large and complex finite element system models for
Nastran, NVH and durability analysis with its unique multi-window / multi model
environment providing high productivity with powerful visualization and model
browsing.

Visual-Crash Rad (VCR) (Beta) provides advanced capability and fast-guided model
building of RADIOSS solver. Using Visual-Environment multi-window/multimodels/
multi-application environment, with visual verification, complete model
building activity can be performed efficiently.


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