YASHWANTH. T

https://skill-lync.com/myprojects

*90A, Guduvanchery,Kancheepuram - 603202 971******* adhb0o@r.postjobfree.com Objective

Understanding the underlying principle of an organization that utilizes my skill and provides me with opportunity, with a special interest in research and development

Education

Masters certification program in HEV,

B.E. Mechanical Engineering, DCE,Tambaram, GPA- 6.4/10 (May 2019) HSC, Vyasavidyalaya higher secondary school, puzuthivakkam, MARKS – 78% (March 2015) SSLC, New prince matriculation higher secondary school, Adambakkam, MARKS- 88% (April 2013) Projects

Mid surface extraction of an IP-05 part after geometry cleanup

• IP 05 geometry imported to HyperMesh, its surface checked for defects, proper geometry cleanup done.

• Mid surface was extracted manually using surface offset option.

• The surface was for geometrical defects and clean up was done were ever necessary. 2D meshing front hood part of a car and checking it for quality criteria

• CAD model of front hood of a car imported to HyperMesh

• Surfaces of outer panel and inner panel were checked for defects and cleaned up their mid surfaces were extracted separately

• 2D mesh with element size 5mm, element type mixed created on the each of the mid surface separately.

• Re meshed the parts of mesh to give a good mesh flow, finally quality check done. 2D meshing backdoor panel of car and checking it for quality criteria

• CAD model of back door of a car imported to HyperMesh

• Surfaces of outer panel and inner panel were checked for defects and cleaned up their mid surfaces were extracted separately

• 2D mesh with element size 5mm, element type mixed created on the each of the mid surface separately.

• Re meshed the parts of mesh to give a good mesh flow, finally quality check done. 3D tetra meshing crank housing and steering assembly and checking quality criteria

• Crank housing model imported to HyperMesh all the solids deleted to give a surface extract.

• The surface cleared of geometrical errors and small fillets less than minimum element size i.e. 2 disfeatured.

• First 2D tria shell elements created and these elements converted to 3D tetra mesh and checked for Test collapse error the errors cleared manually.

• Symmetrical steering assembly model imported to HyperMesh and similar procedure carried out to create 3D tetra mesh on one side and mesh reflected to the other side.

Joining a frame assembly using different types of connectors in Hypermesh

• A frame assembly containing multiple parts imported to Hypermesh

• 2D mesh was created on every surface and these components were joined together using connectors like bolt, seam weld, spot-weld adhesives etc.

Simulation of a frontal crash of a reduced car model -- BIW

• The BIW model is imported to hypermesh.

• Load case setup is done TYPE 7 is preferred, shell parameters of type 7 are Igap – 2, inacti-6, istf-4, idel-2,iform-2

• A plane rigid wall is created with friction value -0.1, initial velocity of 35mph, mass of the car is reduced to 700kgs.

• COG is defined next to the driver, accelerometer is employed in the b pillar

• Runtime of 80ms is used with the time step is 0.005ms

• Energy error and mass error is thoroughly noticed for all time steps during the simulation, animation file(.h3d) is taken for Post-Processing in Hyperview

• The time history(T01) file is opened in Hypergraph and the results were taken into consideration. Self accumulation of waste plastic and debris using water bin

• The water bin is a floating debris interception device designed to be installed on floating docks in the water of yachts, ports and on any water body with a calm environment and services available.

• The water bin project is to provide practical solution to reduce the plastics in our water bodies which is one of the greatest environmental tragedies.

• To built a sustainable floating garbage bin that collects waterborne plastics and trash over the time. The scope of the project is to evolved in to a comprehensive research, technology and educational initiative with global interest and reach Anti theft wheel locking system

• The goal of the anti theft wheel locking system project is to hinder of the bikes with the help of wheel locking system. The solenoid with is used as the main tool toll lock the front wheel of the bike.

• The brake lever in a disc brake system enables the functions of a disc brake. The plan is about to activate the disc brake function while the ignition key is kept on OFF stage. SKILL SET

• Pre-Processor - HYPERMESH

• Processor - ANSYS WORKBENCH

• Processor -RADIOSS

Work shops

• TITLE - IC ENGINES, Venue – DCE

• TITLE - HYDRAULICS AND PNEUMATICS, Venue – DCE