• Blog posts

    Bio

    By John Flanagan

    Revit_-_Model_In_Place_-_1.PNG

    Introduction

    Training delegates often ask how to create bespoke components. Revit’s Model In-Place tool creates a stand-alone component that is unique to the current project.

    Create an In-Place Element

    In this example we will create a standard sloped concrete cap on top of a structural column.

    Place a concrete column in the default Level 0 view: Height: Level 1, Length: 900mm Width 900mm.

    On the ribbon, click Revit_-_Model_In_Place_-_2.PNG (Model In-Place).
    Architecture tab Revit_-_Model_In_Place_-_9.PNGBuild panel Revit_-_Model_In_Place_-_9.PNGComponent drop-down Revit_-_Model_In_Place_-_9.PNGRevit_-_Model_In_Place_-_3.PNG (Model In-Place)

    Revit_-_Model_In_Place_-_4.PNG

    In an east elevation view, create a solid extrusion using a profile similar to the one shown in fig 2 below.

    Revit_-_Model_In_Place_-_5.PNG

    In a south elevation view, create a void extrusion (fig 3).

    Revit_-_Model_In_Place_-_6.PNG

    Set Work Plane

    When drawing the profiles remember to set the work plane to the appropriate face of the column.

    The column cap stone should look like the one shown in fig 4 below. Edit the solid extrusion and apply a material to it such as concrete cast in situ.

    Revit_-_Model_In_Place_-_7.PNG

    Use the Model In-Place options to create the gate pillars below.

    Revit_-_Model_In_Place_-_8.PNG