Building Information Modeling which is
implemented and administered on every construction project depends absolutely
and thoroughly on 3D BIM models for accomplishing it. In other words since the
time BIM has been embraced and adopted by design and construction professionals
they completely rely on 3D multidiscipline models for the accomplishment of the
project.
Responsibility and accountability of
developing various multidiscipline models lies on different design development
teams. These individual design development teams are only answerable and
accountable for creating their individual model. Though it is true that when
these BIM models are developed in a service providing company their members
work together and they do share necessary information among each other but
there still lie doubts and confusions when it comes to the accuracy of the
design.
And hence it becomes extremely necessary
and paramount for the design development teams to execute BIM Coordination and Clash Detection Services for improving the accuracy,
precision and exactness of 3D models.
3D models are never coordinated and synchronized
with each other until and unless clash detection services are executed. So for
conducting and executing clash detection services, the availability and
accessibility of Navisworks is very important for the team responsible for
executing the services.
One by one Revit files are imported by
them in Navisworks which are crucial and decisive for administering clash
detection services. When the files of all the multidiscipline 3D models are
transported in Navisworks from Revit it then becomes mandatory and essential to
convert all the Revit files into Navisworks file formats. The successful
conversion of Revit files into Navisworks files formats ultimately leads to
conducting clash tests. For which Navisworks users have to access clash
detective tool and they need to bring the files one by one in it for performing
clash test. Clash test is actually a
test that is conducted between the model elements of different building models
to recognize whether they interfere with each other or not.
So when all the potential model elements
are checked for interference between each other they can then be coordinated
together. A coordination model which is known for being free from all kinds of discrepancies
helps in developing effectual and error free buildings.
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