Week 3 - 2D meshing for sheet metal

   F(u) = u3+9u2+4u the equation was solve by using both Explicit and Implicit Methods.   1. Write a detailed report about Implicit and explicit methods. 2. Caliculations was done practice book and same formulas was utilized to solve this problem according to that information graphs are represented in attached document.…

Week - 1 - Consistency of Units   Aim:- Derive the following messurements into units as per mentioned requirement.   Procedure That has followed as shown Below. 1. gm/mm/ms i. Mass(M) -- 1kg=1000grams . -----------------------------------------------------------------------------------------------------------------------------------…

Aim :- Model the Rare Wheel holder  component as per mentioned quality criteria by extracting mid surface with appropriate procedure.   procedure that followed during this challenge.   1. After importing the model, check to see if any free edges are present in the parent components.   2. Create the…

Aim :- Model the side door component as per mentioned quality criteria by extracting mid surface with appropriate procedure.   procedure that followed during this challenge.   1. After importing the model, check to see if any free edges are present in the parent components.   2. Create the duplicate surfaces of the parent…

Week 9-Creation of 1D Connectors Challenge Aim:- Model the given components by proper clean up & perform meshing & connections  as per criteria.  Procedure that has followed during this challenge. 1. check any free edges & unessary surfacers are present in the surface. 2. defeture the model which is  less than minimum…

  WEEK 8 Volume Meshing Aim:- Model the given components by proper clean up & perform volume meshing as per criteria.  Procedure that has followed during this challenge. 1. import the model & check whether it is solid . if it is solid we need to delete solids components & extract the surface of the model. 2. after deleting…

  AIM:- Model The Hood component by extracting Mid surface & specified in the reqirement. Procedure that has followed during this challenge:- 1. Model that has assigned to model. Entire are divided into sub parts. i) Part 1 ii) part 2 iii) part 3 iv) part 4 a) For all components extracted mid surface by using auto mid…

Week-4 Challenge AIM:- Mesh the Given component with the Size of 5 Units. Create 1D elements on the following component with the given cross-section and DOF. The procedure that has been modelled:- 1) The below capture represents the whole geometry that has assigned for the model. 2) creating mid-surface, material, properties.…

Project 2 AIM:-For the given model, Need to Take the mid surface when the thickness is uniform and less than 5 mm & all other components need to perform volume mesh after checking the geometrical errors and mesh the mid surface with the given element Quality criteria. Steps that are to be followed before meshing: -• Initially…

Project 1 AIM:-For the given model, Need to Take the mid surface for all the components after checking the geometrical errors and mesh the mid surface with the given element Quality criteria. Steps that are to be followed before meshing: -• Initially we need to check the geometry and whether it is properly the surfaces…

  Morphing Challenge 8   AIM:- For the given Morphing models, we need to check the geometrical errors and assign change that has to recommend as per requirement.  Steps that are to be followed before Morphing: - • Initially we need to check the geometry and whether it is appropriately the surfaces are…

    CHALLENGE 6 SEAT DOOR CONECTIONS   AIM: - Model the seat door component with proper connections by using NASTRAN Deck.   The procedure that has been followed for giving connections. Connections are performed by using RBE 2 (single/Multi). To create a bolt, we need to go to topo mode- points -on…

  Hence the given engine model has been modelled as per the given quality criteria.   Thanks & regards, Praveen Kumar Reddy.  

    Thanks & Regards, Praveen Kumar reddy.    

  Hello sir,   Please find the attached modelled components as per mentioned quality requirement due to the license error of the software it was delayed submission .but, it has been modelled several times But showing an error in quality criteria & finally reinstalled the software & done this two components…

  Thanks & Regards, Praveen Kumar reddy.

  Thanks & Regards, Praveen Kumar Reddy.

Dear Sir, Please find the attached problem which is usually solved by considering velocity of 50 m/s. if we increase the velocity I find that more impact will occur. Kindly consider this attachment into account & give feedback due to the lack of software availability problem is delayed.   Please find the Below…

PROJECT: -3 MAXIMUM DIFLECTION OF BEAM WITH DIFFERENT C/S RECTANGULAR, CIRCULAR, I-SECTION. Given Conditions: - Length of the beam = 1000 mm. Load acting end of the beam=1000N Area of the I-cross section = Area of the rectangle. 1)Now we will find the moment of inertia of circle = πD4/64 = πx (50)4/64  =306796.15.…

Dear Sir, The given project 2 Crush analysis of aluminium Tube is solved by using the below conditions.   1. Aluminium Tube is placed between one rigid wall and fixed at the bottom end. 2. ball material taken as stainless steel & Tube material taken as Aluminium non-linear alloy. 3. Tube is having dimensions…