About Nivesh and Nisheeth
We are two brothers, Nisheeth Srivastava (date of birth 02-05-1980) and Nivesh Srivastava (date of birth 27-07-1985). We reside in India. We started learning computer software by ourselves at home. We haven’t joined any institute to learn computer application software up till now. We simply bought a computer, afterwards, we also bought a Notebook and arrange some software according to our choice and started learning with our own sincere efforts. By the mercy of God, we began to follow some fundamental aspects of the application in computer software, which developed an interest to us in the computer world. First, we learned ‘Microsoft Word’, ‘CorelDraw’, ‘Adobe Pagemaker’ & ‘Adobe Photoshop’ up to a moderate level along with ‘English language’ & ‘Hindi language’ computer typing. After this, we started learning ‘AutoCad’ software. This created an interest to work in a 3-D environment and began to look forward to more advanced software. At present, our favourite software is ‘Autodesk Inventor Professional’, we are practising more and more and trying to make the more precise drawing with the aid of this 3-D Parametric software. We have created One hundred thirty-one Video Tutorials ‘3-D Parametric Solid Model Drawings — 2010 & 2012’, which are already uploaded on our ‘YouTube’ Channel and their ‘Autodesk Inventor Drawing Files’ are uploaded on ‘Mediafire’ hosting site. http://www.youtube.com/user/niveshandnisheeth http://www.youtube.com/user/NISHEETHSORJM We have also created a Blog— http://niveshandnisheeth.blogspot.com We want to gain practical training as a ‘Drafter’ in designing of 3-D parametric solid model drawing in the real world, in any factory/company that is using Autodesk Inventor software. We do not demand any stipend (within our native country) during this period from the company. Also, we do not insist to give any commitment of a job in that concern after the completion of our training. If anyone provides us with a chance for training, we assure that we will follow rules and regulation of the company with most sincerely an honestly. We request to help us in this regard, by providing a platform to start our career for a job in Autodesk Inventor. E-mail:— niveshandnisheeth@gmail.com Address:- 638, Malviya Nagar Allahabad 211 003, State: – U.P. (India) Date: — March 30, 2013
Autodesk Inventor 2012 Certified Associate & Professional Exam Qualified (Nivesh & Nisheeth)
Creating Lines in a 2D sketch in Autodesk Inventor 2013
Video Tutorial with caption and audio narration Transcription of Video Open a new standard (mm).ipt file from the scratch. To start a new sketch, click Create 2D Sketch icon present on the sketch panel of 3D Model Tab. Select any of the work plane to start the sketching. Select Front in view cube to adjust the design window. If your design window looks different change the settings of your software in following way. Click the Tools Tab and activate the Application Option Tool. General Tab is displayed by default. Now click the Sketch Tab. Make sure the settings of your software should be same as displayed here. Applying the setting and close the dialogue box. Now activate the sketch Tab to display the sketching tools. Line tool is located in Draw Panel of Sketch Tab. Click on its Icon to activate the tool. Click anywhere in design window to place a start point of the line and then click again to place the end point of the line. So in this way you can create a zigzag of lines. To draw a defined length of line you can take the help of heads up display. If heads up display is not enabled in your software you can turn it on from the Application option. You can control the settings of heads up display by clicking its setting tab. By the heads up display you can define a point’s X and Y location. You can also define the length and angle of a line. A dimension will be automatically applied when a dimension is filled. You can activate line tool even by marking menu. Click Tab key on your keyboard and fill 0 in the X input box. Click tab key again to switch to Y tab and fill the value 50. Click Enter key to place the start of line. Use tab key of your keyboard to switch between heads up input box and use enter key to place the points in the design window. With the help of Line Tool, you can even create Tangent Arcs.
Creating a new Part on the curve surface in Assembly-Autodesk Inventor 2013 (with caption and audio)
Serial No. 194 Creating a new Part on the curve surface in Assembly-Autodesk Inventor 2013 (with caption and audio) In this exercise, a pre constructed part file (Base) is utilized, which is taken from our model ‘Can’. Click the following link to get the model file: – http://bit.ly/2nO8BeB Transcription of Video We have following cylindrical component named ‘Base’ in our incomplete assembly. The target is to create and fix a ‘Clip’ on its cylindrical face. Now create a new component in the assembly with the name ‘Clip’. Select the Standard (in).ipt template for the new part file. Select the Centre point of the assembly as a base plane for the new component. Return back to the assembly environment by clicking Return icon. At present the part is not fully constrained in the assembly. Remove the degrees of freedom of the component (Clip) by applying Mate constraints. So, after applying the Mate constraints no degrees of freedom is left in the Assembly. Double click the Clip part to edit it. Create a new sketch on the XY Plane of the Clip. Take the project of base part with the help of Project Cut Edges tool. Convert all the sketches into construction geometry. Exit the sketching environment. Create a new Work Plane on this point, perpendicular to projected vertical line of the base part. Create a new sketch on this work plane. Take the project of base part once again. Exit the sketching mode and change the name of the sketch as ‘Base sketch of Clip’ in the Browser Bar. Again enter in the sketching environment. Draw the desired sketch with the aid of 2D sketching tools as displayed. Use the constraints to properly position the sketch. Convert unwanted sketches into construction geometry. Now our base sketch is complete. Finish the sketch and start a new sketch on the same work plane. Take the project of following intersection points and arcs of the sketch. Close the visibility of the base sketch to see the projected points and arcs clearly. Complete the sketch as displayed. Now our sketch is complete so exit the sketching environment. Extrude this sketch profile 5/8 inch in the downward direction. Change the colour of the Part to ‘Steel’. Return back to the assembly environment. Check the interference between the both parts with the help of ‘Analyze Interference’ tool that is available on the Interference panel of Inspect tab. Activate the tool, first select the Base part and then the Clip, click Ok to Analyze. There was no interference detected. Edit the Clip part once again. Create a new sketch on the front face of the Clip. And draw sketch profile as displayed. Extrude the sketch profile and select Cut option in the extrude dialog box. In the Extents field select ‘All’ from the drop down list to remove the material from the Clip. Mirror this extrude feature with the aid of Mirror tool. Select XY Plane of the Clip as mirroring plane. Now create a hole on the front face of the Clip. Hole should lie on centre of the front face. Now our model is complete.
