Different Types Of HOLE In Pro E

-



In Pro/ENGINEER holes are created using the HOLE dialog box. The HOLE dialog box is displayed when you choose Insert > Hole from the menu bar or PART > Feature > Create > Solid > Hole from the Menu Manager.

You can create three types of holes using the HOLE dialog box.
  • The first type is a straight hole,
  • the second is a sketched hole,
  • the third is a standard hole.          


straight hole

Straight holes are the holes that have a circular cross-section having a constant diameter throughout the depth. They start at the placement plane and terminate at the user-defined depth or at the specified end surface.

sketched hole

The Sketched option allows you to sketch the cross-section for the hole that is revolved about a center axis. This option is used to draw custom shapes for the hole. When you choose this radio button in the HOLE dialog box, the system opens a new window with the sketcher environment. The cross-section for the hole is sketched using the normal sketcher options available. While drawing the sketch, a center line must be drawn that acts as the axis of revolution for the section of hole. The sketched holes can be a blind or a through hole depending upon the dimensions of the section sketch.

standard hole

The holes created using the Standard Hole option are based on industry standard fastener tables. The Standard Hole option allows you to create two types of holes, Tapped holes and Clearance holes. In the Tapped holes, the cosmetic thread is included in the hole, whereas in the Clearance holes, the cosmetic threads are not included.

Hole Placement area


In the Hole Placement area of the HOLE dialog box all the parameters that will define the placement of a hole are specified.



Linear. When you select this option, you are prompted to specify the distances from two linear references. Generally, these linear references are the edges of the planar surface on the model, any two planar surfaces or axes, or a combination of any of these.

Radial. This option is used to create a hole that can be referenced to an axis. When you select this option, you are prompted to select an axial reference and an angular reference to place the hole. The distance from the axis is entered in the Distance edit box and angle is entered in the Angle edit box that is displayed when you select the axis and the plane for the angular reference. This option is usually used to create holes on flanges

Diameter. This option creates a diametrically placed hole. When you select this option, you are prompted to select an axial reference and an angular reference to place the hole.

Coaxial. This option creates a hole coaxially. When you select this option, you are prompted to select an axis. No dimensions are required to place a coaxial hole. 

Last Words !

So, My loyal Engineers that was all about topic. I am sure you have enjoyed and understood each and everything. If you still have any queries or questions please comment below or if you think you have some better tips or steps that I have missed please share with me via the comment box below. I will appreciate your efforts. Take A Lot Of Care!

Talha Atta is an automotive expert and one of the finest technical content writers from Pakistan. Talha owns WheelWisely.com and is Chief Editor at AutoGlobes.com. He has covered extremely granular content about structures, manufacturing process, automotive, materials and renewable energy. Connect with him on Upwork or check out more of his work on LinkedIn.

Comments

Post a Comment

Popular posts from this blog

Deflection of Beam Lab Report (Simply Supported Beam)

-
Image
To understand the deflection of beam Objective of  deflection of beam lab report 1. Learn basic working of beam 2. Perform theoretical calculation for deflection of beam 3. Perform series of experiment with different material, shapes and load  for beam 4. Compare the result and Discuss the finding Introduction to  deflection of beam Load supporting element in any structure that is installed in horizontal direction and take load perpendicular to its length is called a beam.   Based on the way it is installed in structure, beam can be classified in to four main types.  First simply supported beam which have supports at its both ends, second is overhanging beam which have length extended over its supports, third is overhanging beam which have more than two supports and fourth is cantilever beam which fixed only at one end and other end is free.  There are three basic types of supports available for beams which includes fixed ends support, pined connection support and roller end support.
Read more

Bending Moment in a Beam Lab Report

-
Image
Aim of Bending Moment in a Beam Aim of this experiment is to study effect of force magnitude on bending moment of beam Recommended:   Deflection of Beam Lab Report Theory Bending Moment in a Beam Beams A structural element which is designed and used to bear high load of structure and other external load is called beam. There are many different types of beam like cantilever beam, simple supported beam and overhanging beam.  Bending of Beam When an external load or the structural load applied in beam is large enough to displace the beam from its present place, then that deflection of beam from its resent axis is called bending of beam.  Bending Moment In simple words bending moment is the product of force applied on beam with the distance between the point of application of force and fixed end of the beam Introduction to Experiment of Bending Moment in a Beam This experiment is about studying the effect of force magnitude on bending of beam and for that structure hardwar
Read more

Bernoulli Experiment Lab Report

-
Image
Aim of Bernoulli experiment Aim of this experiment is to compare the behaviour of ideal fluid and real fluid using Bernoulli experiment. Objective of Bernoulli Theorem 1. Use the venture meter apparatus to perform Bernoulli experiment and the effect of area of the flow velocity and fluid pressure 2. Use the Bernoulli’s equation /  Bernoulli theorem  to compare the behaviour of ideal and real fluid Introduction  Bernoulli Experiment According to the Bernoulli’s experiment when area available for the fluid to flow decrease then flow of fluid increase and at the mean while time the fluid pressure or the fluid potential energy decreases. Read about the Effect of Sluice Gate on the Flow of Fluid .  This principle was name after the Daniel Bernoulli who first writes this principle in book named Hydrodynamic.  Following are some of the application of the Bernoulli experiment Find the Air-flight Lift Baseball Draft Sailing Theory of Bernoulli's Theorem Experiment According to Mil
Read more