Creating various 3D Models like Furniture, Footing, Girder, Column drop with panel and Gable Wall in AutoCad
1.
AIM:-
To create a 3D furniture elements using the various command in autocad.
INTRODUCTION BY 3D VIEW:
* The process of creating a mathematical representation of any surface of an object in three dimension by using special software.
* A 3D model can even be represented as a two dimensional image by using the 3D rendering process.
* It enables the professional creation and edition of 2D geometry and 3D model with solids, surface and object.
PROCEDURE:
* To create a new sheet from application of autocad.
* Go to setting and to change the view of the page from drafting to 3D modeling.
* Type 'UN' to set the units of current format of measure.(feet and inches).
* Type 'LIMITS' to set the maximum dimension limits on the particular page.
* First we take the top view of the page.
* Type 'REC' to create a rectangle with a dimension of 2'6"x 3'0".
* And the we take to a 3D custum view.
* Type '3D ORBIT' to view a 3D orbit viewport in the current viewport
* Then, we take a all box dimension to create it from the origin point is (0,0,0).
* Next point we take to x direction of (@2'6",0,0)
* Type extrude to create a surface or solid of a 2D surface.
* Then, we have to change the view of 2D wire, shaded, conceptional,, etc.
* Type,, 3D FACE' for allows to genetrate 3D faces by identifying.
* To save the diagram to particular file.
RESULTS
The diagram of 3D furniture elements is drawn as per dimension using the software of autocad.
DIAGRAM:
2.
AIM:
To create a 3D model of an isolated footigns using the various command in autocad.
PROCEDURE:
* To create a new sheet from application of autocad.
* Go to the setting and to change the view of the page from drafting to 3D modeling.
* Type 'UN' to set the units of current format of measure.(feet and inches).
* Type 'LIMITS' to set the maximum dimension limits on the particular page.
* First we take the top view of the pages.
* Type 'REC' to create a rectangle with a given dimension.
* And then we take to a 3D custom view.
* The footing dimension is 4'0"x 4'0".
* The depth of footing is 6" and reduced to the depth of 2" and width is 1'0".
* COPY - this commands is used to selected objects from a given square to destination, learning a copy at the originally selected location.
* MOVE - moves the objects to the destination place from the source place.
* and then to join the all lines.
* Type '3D ORBIT' to view a 3D orbit viewport in the current viewport
* Type '3D FACE' for allows to generate 3D faces by identifying.
* To save the diagram to particular file.
RESULTS
The diagram of 3D model of an isolated footing is drawn as per dimension using the software of autocad.
DIAGRAM:
3.
AIM
To create a 3D views of the AASTHO type girder using the various command in autocad.
PROCEDURE:
* To create a new sheet from application of autocad.
* Go to the setting and to change the view of the page from drafting to 3D modeling.
* Type 'UN' to set the units of current format of measure.(feet and inches).
* Type 'LIMITS' to set the maximum dimension limits on the particular page.
* First we take the top view of the page.
* To take 'L' to create a line to draw the l section AASTHO girder.
* The origin point is 0,0,0.
* The next point is (@1'6",0,0)
* The next point is (@0,0,6").
* The next point is (@6"<0<135) and to follow the all given dimension to draw the section.
* Type '3D FACE' for allows to generate 3D faces by identifying.
* Type 'REGION' to converts objects that encloses an area into a 2D region objects.
* Type 'EXTRUDE' to create a surface or solid of a 2D surfaces or a 3D curve.
* The extruded length of the section girder is 10 feet.
* Then, we have to change the view of 2D wire, shaded, conceptional,etc.
* To save the diagram to particular file.
RESULTS
The diagram of 3D type of AASTHO girder type is drawn as per dimension using the software of autocad.
DIAGRAM:
4.
AIM:
To create a 3D model of a drop column with panel using the various command in autocad.
PROCEDURE:
* To create a new sheet from application of autocad.
* Go to the setting and to change the view of the page from drafting to 3D modeling.
* Type 'UN' to set the units of current format of measure. (feet and inches).
* Type 'LIMITS' to set the maximum dimension limits on the particular page.
* First we take the top view of the page.
* Type 'REC' to create a rectangle with a given dimensions.
* And then we take to a 3D custom view.
* To choose the top view of page.
* The rectangular size is 4'6".
* Type 'C' to create a circle options.
* The column cap height id 1 feet.
* The column head thickness is 6 inch.
* The height of the column is 10 feet.
* COPY - this command is used to selected objects from a given square to destination, learning a copy at the originally selected location.
* MOVE - moves the objects to the destination place from the source place.
* After completed the copy of rectangle to make the box like structure of column head.
* After we take to draw circle of diameter of 1'6".
* Type 'EXTRUDE' to create a surface or solid of a 2D surface or a 3D curve.
* The extruded length of the circular column with a negative direction of Z is 10 feet.
* Type '3D' ORBIT' to view a 3D orbit viewport in the current viewport.
* Type '3D FACE' for allows to generate 3D faces by identifying.
* Type 'REGION' to converts objects that encloses an area into a 2D region objects.
* To save the diagram to particular file.
RESULTS:
The diagram of 3D model of a column with drop panel is drawn as per dimension using the software of autocad.
DIAGRAM:
5.
AIM:
To create a 3D model of a wall using the various command in autocad.
PROCEDURE:
* To create a new sheet from application of autocad.
* Go to the setting and to change the view of the page from drafting to 3D modeling.
* Type 'UN' to set the units of current format of measure.(feet and inches).
* Type 'LIMITS' to set the maximum dimension limits on the particular page.
* First we take the top view of the page.
* Before we start the 3D work to create a plan of wall of 2D.
* To make the wall thickness of 250mm.
* To fix the door and wall opening from wherever we need.
* Type 'REGION' to converts objects that encloses an area into a 2D region objects.
* After creating perfect plan to do next work of 3D solid works.
* Type 'EXTRUDE' to create a surface or solid of a 2D surface or a 3D curve.
* The extruded of wall height id 10 feet from the base.
* And then to draw the rectangle of wherever having the doors and windows.
* This comes after to follow the extruded of door opening height of 7 feet.
* Type '3D ORBIT' to view a 3D orbit viewport in the current viewport.
* Type '3D FACE' for allows to generate 3D faces by identifying.
* Type 'REGION' to convert objects that incloses.
* Type 'SUBTRACT' to remove the open required places of doors and windows.
* To save the diagram to particular file.
RESULTS
The diagram of 3D model of a wall is drawn as per dimension using the software of autocad.
