Work
SKILL LYNC
2019 - 2020
Projects
Mesh the Rear wheel suspension in ANSA, Skill-Lync
? Taking the less than 6mm apart are manual mid surface and mesh the 2d mesh
? more than 7mm parts are meshing the volume mesh such as tyre, rim, knuckle and control arm etc.
? connected also done various mating parts such as rim and knuckle etc.
Mesh the car front dash board component in ANSA, Skill-Lync
? One of the major and complex meshing part is dash board in car
? Used manual mid surface selection method
? Divided the parts in various small region by using the cut option
? Assigned the various property id and thickness for whole parts
? Meshed the component with given quality criteria and attain 100% of quality index
Mesh and connection applied to Car Cross Beam(CCB) in ANSA, Skill-Lync
? Cleared the all free edge by using the filler surface, toggle surface, ruled surface
? Used mid surface appropriate selection method
? Meshed the model and achieve the QI
? Used the such bolt connection, seem welding, RBE connection, bolt connection and bush connection in brittle area
Mesh the car Hood component and car side door according QI, Skill-Lync
? Cleared the all free edge by using the filler surface, toggle surface, ruled surface
? Checked no free edge & 3 surface associated surface line
? Used mid surface appropriate selection method,
? Meshed the component with given quality criteria and attain 100% of quality index
Make use of connectors to attach various parts of the model, Skill-Lync
? Done the various type of connector in the rail component
? Different type of connector is Seam-Quad (angled +capped +L), pot weld with 3 Layers and 5 mm Diameter,
? Hexa (Adhesive), Bolt Connector, Spot-weld with Rigid Elements, Spot-weld with Spring Elements and etc.
Cleaning, extracting mid surface and performing 2D mesh for Back door of hatch backcar, Skill-Lync
? Cleared the all free edge by using the filler surface, toggle surface, ruled surface
? Checked no free edge & 3 surface associated surface line
? Used mid surface appropriate selection method,
? Meshed the component with given quality criteria and attain 100% of quality index
Cleaning, extracting mid surface and performing 2D mesh in Hypermesh, Skill-Lync
? Three. him files were imported in Hypermesh, In all three models, errors like missing faces, overlapping faces were
corrected. ,
? Mid surface was extracted since thickness of given model was less than 6mm.,
? Finally mesh was generated with proper mesh flow along with given element quality check.
2D|3D Mesh generation in Hypermesh, Skill-Lync
? For generating 3D mesh, first 2D mesh was created and then under 3D option tetra was used to convert 2D to 3D mesh,
Tetra mesh was also generated using Volume tetra.,
? For generating Brick mesh, under solid mesh element offset, spin and also linear solid were used.
Comparing behavior of 2D shell elements in Hypermesh and Radios, Skill-Lync
? Imported input default file and solved using Radios solver. Next file with changed shell element properties was imported
and solved.
? Hyper View and Hyper graph were used for simulation and plotting of graph. Energy error and mass error were also
checked.
Analysis of Type 7 and Type 11 contact using Radios as solver, Skill Lync
? Initial run was done using Type 7 contact with default properties.
? After that analysis was done using Type 7 and Type 11 contact with best recommended properties. For comparison energy
error, mass error and simulation runtime were calculated.
Comparing material Law using Radios as solver and Hypermesh as Pre-Processor at Skill Lync
? Law1, Law2, Law27 and Law 36 were studied along with Fail Johnson card.
? Seven cases were studied and in each case energy plot and post-processing were done in Hypergraph and Hyperview
Frontal crash, side crash and roof crush analysis of Neon model using Radios as solver at Skill Lync
? Sectional force in the rails at location of indicated node 174247, Axial force received on the rails from bumber. Shotgun
cross sectional foces.
? A pillar cross section.
? Acceleration curve received on the accelerometer at base of B pillar (on B pillar rocker). Sectional force in the cross
member. Intrusion at B pillar, hinge pillar and fuel tank region.
? Provide recommendation on what can help to reduce Fuel tank intrusion. Peak velocity of inner node of the door.
Create different types of 1D elements in the given model at Skill Lync
? Created 1D elements on the following component with given cross-section and DOF with different Rod, beam, Bar
elements
? Created the various cross section in help of hyper beam
Mashing the car front hood model with given QI at Skill Lync
? Meshed the neon model car front hood panel by using of the comment auto mesh, align node, remap, equivalence node,
quick edit, check elem, etc.
? In this project we do the mid surface of the component and the meshing the components with given QI with 0% of failing
elements and assign the proper thickness of the elements
Design of customized chopper bike using Solidworks, Skill-Lync
? Designed the chopper parts like Engine, Gas tank, Transmission, Alloy wheel etc.
? Assembled to the various parts by using of the concentric mates, width mates, limited angel, parallel mates etc.
? Photorealistic rendering of American chopper using Solidworks visualize and photo view 360...
Design of customized Yacht created by using of surface modelling tool, Skill-Lync
? To design the Yacht parts like Propeller, Hull, Cabins, Radar and etc..
? To assembly to the various parts by using of the concentric mates, width mates, limited angel, parallel mates etc.
? Photorealistic rendering of American chopper using Solidworks visualize and photo view 360...
