Section Modulus calculation and optimization

Report : - This is the Product formation exercise. - All the individual parts of Butterfly valve are to be assembled. - First, all of them are copied into a new CATProduct file. - Constraints are used as per requirement. - Parts are moved usind Move option with respect to different axes. 6 degrees of freedom. - All these…

  Report: - Given Parent surface is taken. - Few repairs are to be done to obtain the actual parent as shown below. - A new part file is created named as Inner panel. - First, offsets are taken for all surfaces. - Parallel curves are used to split the offsets to obtain position of rubber filling. - Sweeps are used…

Report: - Given base model is opened using CATIA V5. - Parallel curves are taken considering edges. - Parallel curves, Split, Connect commands are used to make base sweeps to accomodate mountings. - Then these sweeps are taken and embosses are made. - Holes are made on these embosses to complete mounts. - The below image…

Report: - The given FenderWheel Arc file is opened, it looks like the image below. - First, an axis is formed for the wheel. - A plane is formed on the axis and coinciding with the front most surface of the wheel. - A point is taken on the plane matching with the axis. - Lines are drawn at 4 different angles from the point.…

Report: - Initially, Class A roof surface is provided. - Edges are taken, Sweeps and fillets are created. - Holes are filled using Fill Command. - Fills are joined with the surface. - Thicken command is used to make it a Part body. - The following image is the Roof Part body. - Draft Analysis is made on Roof Part body.…

Report: 1) Hood CADpart is to be taken and its Sectional Modulus (before and after improvement) is to be found. 2) Intersection is to be taken between YZ Plane and Hood Part(Inner + Outer panel). 3) Both outlines are to be joined. 4) Fill command is used to obtain a surface. 5) This is said to be sectional surface. 7)…

Report: 1) Given Hood Outer Panel, Striker and Hinge are downloaded. 2) First, Hood outer is taken, Inner panel and assembly are needed. 3) An offset is created. 4) As per the given dimensions, step by step surfaces are made using offset, fillet, split options. 5) After the complete surface is obtained, embosses are given.…

Under-Body Coating: Under-body coating is an automotive protective treatment applied to the underside of vehicles. Its primary purpose is to shield the undercarriage from various elements and potential damages encountered on the road. By forming a protective layer, under-body coating helps prevent corrosion, rust, and…

- Benchmarking: It is a process of evaluating and comparing the performance, features, quality, and characteristics of a particular vehicle with those of its competitors or industry standards. It involves analyzing various aspects of a vehicle to understand its strengths, weaknesses, and areas for improvement. Few aspects…

Report : 1. Given CATProduct file is downloaded along with Push Pin file. 2. Each surface is opened in a separate window. 3. B Surface, C Surface and final trim are obtained. 4. Closed bodies are formed. 5. Then the process of adding Engineering features is taken up. 6. Heatstakes are made at certain points. 7. Dog houses…

Report : 1) Each part is designed seperately. 2) All of them are copied into a Product file. 3) One part is fixed. 4) Constraints such as Offset, Contact, Coincidence are given as per requirement. 5) The final Product is obtained. Report : 1) Each part is designed seperately. 2) All of them are copied into a Product file.…

Report : 1) Received Class A surface. 2) Created tooling axis using normal to surface. 3) Draft alanysis is done. 4) Created offset with 2.5mm distance. 5) Created B surface. 6) Filled gaps that are formed after missing few surfaces from Class A using Sweep Command. 7) Created C curface using both Draft direction and Reference…

Report : 1) Received Class A surface. 2) Created tooling axis using extract method. 3) Created offset with 3mm distance. 5) Created B surface. 6) Filled gaps that are formed after missing few surfaces from Class A using Multi-Section method. 7) Created C curface using both Draft direction and Reference surface option as…

Report : Report : 1) Received Class A surface. 2) Created tooling axis using extract method. 3) Created offset with 3mm distance. 5) Created B surface. 6) Filled gaps that are formed after missing few surfaces from Class A using Multi-Section method. 7) Created C curface using both Draft direction and Reference surface…

Report : 1) Received Class A surface. 2) Created tooling axis using extract method. 3) Created offset with 3mm distance. 5) Created B surface. 6) Filled gaps that are formed after missing few surfaces from Class A using Multi-Section method. 7) Created C curface using both Draft direction and Reference surface option as…

Report : 1) Received Class A surface. 2) Created tooling axis using extract method. 3) Created offset with 3mm distance. 5) Created B surface. 6) Filled gaps that are formed after missing few surfaces from Class A. 7) Created C curface using both Draft direction and Reference surface option as per requirement.  8)…

Report : Report : 1) Received Class A surface. 2) Created tooling axis using bisect method. 3) Created offset for ribs. 5) Created B surface. 8) Joined C surface with A surface, then trimmed it with B surface. 9) Created Closed body.  

Report : 1) Received Class A surface. 2) Created tooling axis using bisect method. 3) Splitting complete surface into 3 profiles. 4) Created offset for ribs. 5) Created B surface. 6) Created outer boundary, created sweep using draft direction. 7) Repeated the process for holes. 8) Joined C surface with A surface, then…