MESH THE TURBO CHARGER

OBJECTIVE:

To mesh the turbo charger model clean up the geometry make it as volumetric mesh

PROCEDURE:

• The model is in wire frame mode enable the shadow mode & cross hatches select PID
• To press F11 to presentation parameter select draw cons in PID etc ...ok
• To clean up the topo error in this model by pressing ctrl+shift easily find out the single cons to remove or create a surface FACES--> NEW --->FITTED
• ENT !- to hide the part delete the unwanted entities...

To check the checks manager ---> geometry select cons execute the process there is no error ...& we have mesh the parts before that we needed to seperate .

ctrl+p seperate a part as compressor casing,impeller,turbo casing ,inlet casing cover,shaft rotor ,blade stage 1&2....

In mesh mode drag to select the part by left mouse button to create a element size given below by PERIMETER --> LENGTH middle mouse button to confirm

• !- PID region ---> select shaft rotor to isolate &lock to remove the triple cons error into double cons in topo mode

Fitted is the best option to create a perfect surface of turbo casing

In this turbo casing difficult to create a outer surface for that hot points ----> parametrical put a value of 0.5 it\'s the mid piont of the casing so we easily created point in turbo casing & covered by surface NEW -->FITTED option..

• In mesh mode set a target element size of individual part by pressing perimeter-->length drag to select needed part Blade stage 1&2 =1mm ,compressor casing =5mm,impeller=2mm,inlet casing cover=5mm,shaft rotor=1mm,turbo casing=5mm...
• Mesh mode mesh generation-->free ---> visible all the entities are meshed perfectly

VOLUMETRIC MESH:

In top of mode option select right click on v- mesh --> volume -->define -->ok

• we have to enable the geometry in bottom of the status bar to delete the no needed parts
• left click drag over the part &confirm with middle mouse button it takes 30 minutes to get volume mesh GOOGLE LINK:

https://drive.google.com/open? id=1_L_riK7YGkJ6CFNFLmLfdLbBW1KtEx33

RESULT:

Hence ,the turbo charger model as done successfully cleaned geometry & fine volumetric mesh.....