Master In Fabrication Layout in Hindi

Using Geometrical and Numerical Method with Practical Example Solution

Ratings 1.00 / 5.00

What You Will Learn!

Fabrication Layout Develelopment
Flat Pattern Layout Development
Sheet Metal Layout Development
Pipe Branch Layouts or Pipe to Pipe Intersection Layouts
Cones Fabrication Layout
Eccentric Cone Layouts
Toricone Layouts
Square to Round or Round to Square Transition Piece Layout
Sphere and Dish End Petal Type Layout
Miter Bend Layouts
Screw Flight Layouts
Fabrication Layout Marking or Graphical or Geometrical Method
Fabrication Layout Numerical Calculation Method
Fabrication Layout Numerical Formula
Fabrication Layout Practical Example Solution

Description

In This Course You will learn Fabrication Layout Development or Flat Pattern Layout Development of Types of Fabrication Shapes such as Full Cone, Half Cone or Truncated Cone, Eccentric Cone, Toricone, Pipe to Pipe Intersection with Equal Diameter, Pipe to Pipe Intersection with unequal Diameter, Pipe to Pipe intersection with offset centers, Pipe to Cone Intersection Perpendicular to Axis, Pipe to Cone Intersection Parallel to Axis, Square to Round Transitions, Round to Square Transitions, Pyramid Shapes, Sphere Petal Types, Dish End Petal Type, Miter Bend, and Screw Flight, etc. used in Process Equipment Fabrication, Sheet Metal Fabrication, Ducting, and Insulation Industry from Basic to Advance Level. All Types of Commonly used fabrication shapes are Covered in this Course Explaining every Concept in Marking or Geometrical Method and Numerical Method with Practical Example Solutions and Checking with Digital Tools. This course will help you to increase the accuracy of your layout development process. Learning layouting in numerical methods helps you to calculate development values in a faster way so it saves you time for the fabrication layouting process of all types of fabrication shapes. This is a unique course offered by us to develop your skills in the fabrication layouting process and make your foundations strong so that you can easily make a layouting of any shapes in fabrications.