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Andrey shadura
Andrey shadura

Revit models

Revit
models
Revit is a
software product designed for use by architects, designers and engineers of all
specialties, as well as specialists of construction and contracting
organizations.
BIM technology
allows members of design and construction teams to work together on a single
project, editing a model located in a centralized repository. The use of a
single software platform reduces the risk of errors in coordination between
disciplines and makes the design process better.
Revit Benefits:
* Development of
3D information models based on BIM technology.
* Create visual 3D
views, informative 3D sections, 2D sections, and images that effectively convey
the design intent and help you get new orders.
* Effective
collaboration of specialists, reducing corrections, saving time and money by
better understanding from the very beginning what will happen in the subsequent
stages.
* Calculation of
structures and engineering systems of buildings of any complexity.
Revit is the core
of a powerful set of interoperable design tools. Bringing together specialists,
processes, ideas, and data with an extensive suite of Autodesk solutions that
supports all stages of information modeling.
Revit for Architects
Architects translate
their design ideas into reality, starting with the first sketches and ending
with the release of working documentation. All this is done in a single Revit
software environment. The product functionality makes it easier to create a
conceptual model, and allows you to use it at the next stage of development.
The model design process automatically creates accurate floor plans, facades,
sections, 3D views, and specifications that are coordinated with the model. The
ability to analyze materials, room volumes, the position of the Sun and
insolation allows you to optimize the process of building operation in advance.
Impressive visualizations and virtual crawls help you effectively showcase
creative ideas.
Revit for system designersengineering systems
Revit provides
engineering system designers with integrated design, calculation, and
documentation release capabilities. High quality is maintained at all
stages-from the first sketches to the installation of systems. The precision of
the design is ensured by the coordinated information stored in the intelligent
3D model. Calculations and collision checks can be performed with standard
Revit tools at the early stages of the process, when it is easier and cheaper
to make changes. This helps to maintain compliance with quality requirements
throughout the design and construction work. The product also has functions
that automate the detailing of the model and coordinate its production and
installation.
Revit for structural designers
Revit provides
coordination of documentation on load-bearing structures with specialists from
other disciplines, thereby reducing the number of errors and improving the
quality of joint work of designers. To optimize the design and analysis of
structures, it is possible to create both a physical model that takes into
account materials for coordination and preparation of documentation, and an
editable analytical revit
models
for performing calculations. The calculation of structures is
carried out in Robot Structural Analysis, a product that has a certificate of
compliance with Russian standards. Thanks to the two-way communication between
Revit and Robot, the efficiency of the designer-calculator increases. The use
of intelligent models for calculations and manufacturing of systems makes it
possible to implement the design concept with high accuracy at all stages of
work. The design and detailing processes are closely interlinked due to the
availability of reinforcement modeling functions and the release of relevant
documentation.
Revit
for construction organizations
Revit includes
tools that allow you to evaluate the feasibility of construction and understand
the design concept before the construction of the object begins. With their
help, technologies and materials are selected, as well as methods and sequence
of construction operations are determined. It is possible to divide objects,
for example, into layers of walls and concreting stages, which allows you to
accurately reflect the construction methods. Thanks to the tools that provide
flexibility in the formation of documentation, you can create working drawings
for the manufacture of construction products.

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