DueWork (Responsible Engineers)

Duework(Responsible Engineers)

[email protected]

Duework (Responsible Engineers)- [email protected] +91-9597387973

• Welcome, and thank you for taking

the time to view my portfolio.

• The Goal of this portfolio is to give

you a deeper insight into my

experiences and skills I have gained

over my recent history.

• It is my hope that this will allow you

to better assess how my skills can be

applied to your company.

• I would be happy to talk in more detail

and can be reached using the contact

information at the bottom of this page.



Mechanical and ElectricalNew product DevelopmentReversing EngineeringEngineering Changes (ECN/ECO)Redraw ActivityManufacturing Drawing Creation as per ASME StdDocumentation preparing /Quality checklist preparationPrototypeSimulation (Testing)

CivilStructural engineeringConstruction drawingsArchitectural servicesDraftingCAD services2D and 3D renderingBenchmarking

Automobile Reverse engineering of Speedo meters2D and 3D renderingManufacturing Drawing Creation as per ASMEBenchmarking

Simulation (Testing and Analysis)CFDFEAAutomobile componentMechanical componentElectro Mechanical ComponentCivil Structure

Brochure and logoLogo creationPhotoshop workE-manualAttractive Rendering

What We Do

Content of Project- Mechanical

Iphone 5,6 mobile - Case 3D modelling created-Stl for 3D printing-Idan,New York Galaxy Mobile case created-Stl for 3D printing-Idan, New York Concept Design-Cable tension assembly created. David, London. Concept Design-Tic tagg 3D model created-3D print-Kcc llc, New York. Concept Boat design-“Riva 27 aquarama” boat created from images-Mark, USA. Studium light Assembly design 3D model created-Nuno, USA One hitter Bat 3D model created for 3D printing-Nuno, USA Piping model 3D model Created. Poultry Nesting boxes-Ryan, USA Well head design 3D model created from Image. Siva, India Cement factory design - 3D print – STL Watch Design-3D model-Drawing-John-USA Galaxy mobile cover – Mikel- Newyork Electrical Equipment- William – UK Octopus sheet metal equipment- KCC LCC- Australia Award Statue- Sunny- Canada Oven frame Structure Design-Smith-Newyork












Watch Design-3D model-Drawing


Galaxy mobile cover – Mikel- Newyork


Electrical Equipment- Mikel - Newyork


Octopus sheet metal equipment- KCC LCC- Australia


Award Statue- Sunny- Canada


Oven frame Structure Design-Smith-Newyork


Content of Civil Projects

layout creationModeling with RenderingAutocad Layout creation


Layout Creation


Modeling with Rendering







Space plane


Autocad Layout creation












Logo Design


Brochures Design




Simulation (Testing and Analysis)


Soccer Corner Post Impact Analysis19-11-2016 Version : 01


Soccer Corner Post Objective

The objective of the simulation is to verify weather the proposed soccer postdesign withstands the impact force of the soccer ball during impact.

Material Data:

The Material is considered to be PA6 with 30% GF and PA6 35%GF

Material NameDensity Young's Modulus

Poission Ratiotonnes/mm3 MPa

PA6 30%GF 1.36E-09 9380 0.32PA6 35%GF 1.36E-09 11400 0.32

Impact velocity:

The impact velocity is considered to be 126km/hr(35833.333mm/s), which istaken from the internet.This velocity considered is to be the worst case.


Soccer Corner Post Load Case:

• The ball is assumed to hit the bottom Corner post & the Top corner post,which are simulated separately.

• Load case 1a: Bottom Post - PA6 30% GF• Load case 1a: Bottom Post - PA6 35% GF• Load case 2a: Top Post - PA6 30% GF• Load case 2b: Top Post – PA6 35% GF

• Since the post is symmetry only left side of the post is tested by impacting theball. The other side say right will have the same scenario as of the left cornerposts.

• The initial velocity is taken as 35833.333mm/s (126km/hr)• Results are plotted in the following slides.

Load case 1: Bottom Post Load case 2: Top Post


Soccer Corner Post

Results Bottom PostPA6 30% GF


Soccer Corner Post Behaviour Animation

The results shown here is the behaviour of the post in millisecond after impact of the ball


Soccer Corner Post Displacement Animation



Soccer Corner Post vonMises stress Animation


Observation:The stress in the corner post is higher than the material yield strength, there is a possibility for the corner post to yield and have permanent deformation.


Soccer Corner Post Strain Animation


Observation:The strain in the corner post is almost reached the material's % elongation, there is a possibility for the corner post to break during repeated loading.


Soccer Corner Post

Results Top PostPA6 30% GF
















Soccer Corner Post

















Soccer Corner Post

















Now, I hope you understood What We do

Duework (Responsible Engineers)[email protected] +91-

9597387973

Please feel free to contact me


Documents

DueWork (Responsible Engineers)