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3D LAYOUT OF PETROCHEMICAL PLANT IN AUTO CAD
 

3D LAYOUT OF PETROCHEMICAL PLANT IN AUTO CAD

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3D LAYOUT OF PETROCHEMICAL PLANT IN AUTO CAD.it is very important for autocad 3d learners. go through it u may get some idea

3D LAYOUT OF PETROCHEMICAL PLANT IN AUTO CAD.it is very important for autocad 3d learners. go through it u may get some idea

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    3D LAYOUT OF PETROCHEMICAL PLANT IN AUTO CAD 3D LAYOUT OF PETROCHEMICAL PLANT IN AUTO CAD Presentation Transcript

    • 3D LAYOUT OF PETROCHEMICAL PLANT By: K.Pramod (e110031) Rajiv Gandhi institute of petroleum technology
    • URL: http://www.google.co.in/img res?q=refinery+plant+layout &um=1&hl=en&&sa=N&biw =1366&bih=667&tbm=isch& tbnid=OAZPKpEdQ_GkwM: &imgrefurl=http://www.srsbi odiesel.com
    •  EXTRUDE  PRESSPULL  SWEEP  REVOLVE  LOFT  UNION  HATCH  GRADIENT
    • EXTRUDE: Creates a 3d solid or surface are surface by extruding a 2d object. PRESSPULL: Press or pulls bounded areas. SWEEP: Creates a 3d solid or surface by sweeping a 2d object.
    • REVOLVE: Creates a 3d solid or surface by sweeping a 2d object around its own axis. LOFT: Creates a 3d solid or surface in the space between several cross sections. GRADIENT: Fill the enclosed path with colour.
    • ` MAKING OF 3D PLANT: 1)Cylinder 2)Box 3)Poly solid 4)Wedge 5)Planar surface 6)Flats 7)sphere
    • SCALE USED: radius of cylinder or tank is 79.2. height of the box is 205. height of the slab is 445. height of the plane taken is 440.
    • DIFFERENT STAGES OF DIAGRAM: 1)Making a plane surface as
    • 2) Making small cuboidal blocks as
    • 3)FOR bigger cubes or blocks we just operate press and pull so the Object is as
    • 4)Making a cylinder or oil tank by selecting a circle in 2d and then Extruding as
    • 5)Making a slab by selecting a box in top v and Join it by cylindrical rods vertically and Union it. And it as follows
    • 6)Making a small truck type object is to take a wedge and attach it with sphere in top view.
    • 7)COOLING TOWER: First take a box and then attach torus to it on the top view as
    • Different views of 3d layout : 1)Top view
    • 2) Left view:
    • Right view:
    • Front view:
    • Isometric view:
    • Advantages to draw in 3d view: 1) 1. Save time and money and reduce errors with the dynamic engineering model 2) 2. Reduce purchase, deployment, and support costs with one complete solution.
    • 3) Increase value to client by delivering more design alternatives in less time. 4) 7. Complete projects faster and reduce the chance of coordination errors using the Civil 3D project environment.