9.01 GB | 23min 17s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English
Files Included :
1 -Introduction - Course Preview.mp4 (29.3 MB)
1 -Drag of Decklid surface area.mp4 (134.45 MB)
2 -start to model the exhaust surfaces.mp4 (224.02 MB)
1 -Tangential connect of exhaust surface.mp4 (120.32 MB)
2 -Connection of exhaust surface with decklid surface.mp4 (77.64 MB)
3 -Use different techniques to create text plates surface - Section 01.mp4 (137.31 MB)
1 -Use different techniques to create text plates surface - Section 02.mp4 (71.85 MB)
2 -Simply simulate the intricate portion of the rear surface - Section -01.mp4 (77.4 MB)
3 -Simply simulate the intricate portion of the rear surface - Section -02.mp4 (155.81 MB)
1 -Modeliing of rear bumper surface.mp4 (207.24 MB)
2 -Integrity of the rear bumper's surface.mp4 (219.41 MB)
3 -Create a backend exhaust surface - section 01.mp4 (100.07 MB)
1 -Create a backend exhaust surface - section 02.mp4 (62.95 MB)
1 -Projection of the emission surface area.mp4 (148.51 MB)
2 -Bottom point of the rear bumber surface area - Section 01.mp4 (82.4 MB)
3 -Bottom point of the rear bumber surface area - Section 02.mp4 (61.87 MB)
1 -Surface door handle design.mp4 (205.77 MB)
1 -Modelling of an extraction vent.mp4 (308.15 MB)
2 -Curvy drift surface modelling.mp4 (148.3 MB)
1 -Start to model the vent surface of bonnet.mp4 (240.84 MB)
2 -Completion of the bonnet surface.mp4 (119.75 MB)
1 -starting off the Aero-Shape.mp4 (135.63 MB)
2 -Closing a small surafce area on bonnet portion.mp4 (17.99 MB)
3 -Modelling of the surface that holds the taillights with tangential connect.mp4 (88.52 MB)
4 -Complete's the tail light surface - section 01.mp4 (36.19 MB)
5 -Complete's the tail light surface - section 02.mp4 (26.12 MB)
6 -Complete's the tail light surface - section 03.mp4 (55.26 MB)
1 -Modeling images.zip (122.7 KB)
1 -Picture Import, Sizing, and Bonnet surface area formation.mp4 (319.34 MB)
1 -Complete the bottom portion of side surface.mp4 (53.67 MB)
2 -Model the front bumper area's holding surface - section 01.mp4 (61.63 MB)
3 -Model the front bumper area's holding surface - section 02.mp4 (22.36 MB)
4 -Design the structure of windscreen initially - Section 01.mp4 (133.94 MB)
1 -Design the structure of windscreen initially - Section 02.mp4 (67.37 MB)
2 -Estimating the surface area of the cowl panel - Section 01.mp4 (45.51 MB)
3 -Estimating the surface area of the cowl panel - Section 02.mp4 (108.37 MB)
4 -Modelling of front end glass surface - Section 01.mp4 (93.4 MB)
1 -Modelling of front end glass surface - Section 02.mp4 (36.75 MB)
2 -Modelling of the roof's surface and sculpting of the front-end glass.mp4 (127.21 MB)
3 -Modelling techniques for the side view mirror surface - Section 01.mp4 (127.96 MB)
1 -Modelling techniques for the side view mirror surface - Section 02.mp4 (89.85 MB)
1 -Make a holding surface for a side view mirror.mp4 (211.35 MB)
1 -Design of the side door's glass surface.mp4 (385.74 MB)
2 -Modelling of Rear light.mp4 (191.14 MB)
1 -Start modelling the headlight.mp4 (99.89 MB)
1 -Modelling of front head light with different LEDs.mp4 (315.96 MB)
2 -Start modelling a bumper grill's holding surface.mp4 (275.43 MB)
1 -Modelling the back end surface of a bumper grill.mp4 (104.95 MB)
2 -How to build and assemble the whole surface body - Section 01.mp4 (68.76 MB)
3 -How to build and assemble the whole surface body - Section 02.mp4 (97.8 MB)
4 -Completing a complete surface body - Section 01.mp4 (38.6 MB)
5 -Completing a complete surface body - Section 02.mp4 (33.9 MB)
6 -Completing a complete surface body - Section 03.mp4 (238.56 MB)
1 -Front end completion.mp4 (96.17 MB)
2 -Begins on the fender surface.mp4 (180.37 MB)
1 -Create a door surface on the top side.mp4 (93.13 MB)
2 -completion of the fender surface.mp4 (149.4 MB)
1 -How to Model the Curvy Front Surface.mp4 (80.18 MB)
2 -How to Model the Curvy Front Surface - Bottom portion.mp4 (98.8 MB)
3 -Starts from front head light.mp4 (156.56 MB)
1 -creating a bottom fender surface.mp4 (94.11 MB)
2 -creating a side door surface.mp4 (106.21 MB)
1 -Modelling a quater panel surface.mp4 (236.26 MB)
2 -Make a little surface area from the front.mp4 (47.46 MB)
3 -Make a little surface area from the back ends.mp4 (84.38 MB)
1 -Modelling a tangential bumper surface area.mp4 (225.85 MB)
2 -Continuity of a complex bumper profile.mp4 (134.11 MB)
3 -Construct a one-end bumper region with small surface steps.mp4 (199.73 MB)
4 -Completion of the bumper surface.mp4 (120.3 MB)
1 -continuation of the quarter surface.mp4 (65.6 MB)
2 -Finishing area of quarter panel.mp4 (69.76 MB)
3 -Decklid surface's beginning point.mp4 (182.75 MB)
4 -Create a complicated decklid by dividing 3D curves.mp4 (159.71 MB)
1 -Drag of Decklid surface area.mp4 (134.45 MB)
2 -start to model the exhaust surfaces.mp4 (224.02 MB)
1 -Tangential connect of exhaust surface.mp4 (120.32 MB)
2 -Connection of exhaust surface with decklid surface.mp4 (77.64 MB)
3 -Use different techniques to create text plates surface - Section 01.mp4 (137.31 MB)
1 -Use different techniques to create text plates surface - Section 02.mp4 (71.85 MB)
2 -Simply simulate the intricate portion of the rear surface - Section -01.mp4 (77.4 MB)
3 -Simply simulate the intricate portion of the rear surface - Section -02.mp4 (155.81 MB)
1 -Modeliing of rear bumper surface.mp4 (207.24 MB)
2 -Integrity of the rear bumper's surface.mp4 (219.41 MB)
3 -Create a backend exhaust surface - section 01.mp4 (100.07 MB)
1 -Create a backend exhaust surface - section 02.mp4 (62.95 MB)
1 -Projection of the emission surface area.mp4 (148.51 MB)
2 -Bottom point of the rear bumber surface area - Section 01.mp4 (82.4 MB)
3 -Bottom point of the rear bumber surface area - Section 02.mp4 (61.87 MB)
1 -Surface door handle design.mp4 (205.77 MB)
1 -Modelling of an extraction vent.mp4 (308.15 MB)
2 -Curvy drift surface modelling.mp4 (148.3 MB)
1 -Start to model the vent surface of bonnet.mp4 (240.84 MB)
2 -Completion of the bonnet surface.mp4 (119.75 MB)
1 -starting off the Aero-Shape.mp4 (135.63 MB)
2 -Closing a small surafce area on bonnet portion.mp4 (17.99 MB)
3 -Modelling of the surface that holds the taillights with tangential connect.mp4 (88.52 MB)
4 -Complete's the tail light surface - section 01.mp4 (36.19 MB)
5 -Complete's the tail light surface - section 02.mp4 (26.12 MB)
6 -Complete's the tail light surface - section 03.mp4 (55.26 MB)
1 -Modeling images.zip (122.7 KB)
1 -Picture Import, Sizing, and Bonnet surface area formation.mp4 (319.34 MB)
1 -Complete the bottom portion of side surface.mp4 (53.67 MB)
2 -Model the front bumper area's holding surface - section 01.mp4 (61.63 MB)
3 -Model the front bumper area's holding surface - section 02.mp4 (22.36 MB)
4 -Design the structure of windscreen initially - Section 01.mp4 (133.94 MB)
1 -Design the structure of windscreen initially - Section 02.mp4 (67.37 MB)
2 -Estimating the surface area of the cowl panel - Section 01.mp4 (45.51 MB)
3 -Estimating the surface area of the cowl panel - Section 02.mp4 (108.37 MB)
4 -Modelling of front end glass surface - Section 01.mp4 (93.4 MB)
1 -Modelling of front end glass surface - Section 02.mp4 (36.75 MB)
2 -Modelling of the roof's surface and sculpting of the front-end glass.mp4 (127.21 MB)
3 -Modelling techniques for the side view mirror surface - Section 01.mp4 (127.96 MB)
1 -Modelling techniques for the side view mirror surface - Section 02.mp4 (89.85 MB)
1 -Make a holding surface for a side view mirror.mp4 (211.35 MB)
1 -Design of the side door's glass surface.mp4 (385.74 MB)
2 -Modelling of Rear light.mp4 (191.14 MB)
1 -Start modelling the headlight.mp4 (99.89 MB)
1 -Modelling of front head light with different LEDs.mp4 (315.96 MB)
2 -Start modelling a bumper grill's holding surface.mp4 (275.43 MB)
1 -Modelling the back end surface of a bumper grill.mp4 (104.95 MB)
2 -How to build and assemble the whole surface body - Section 01.mp4 (68.76 MB)
3 -How to build and assemble the whole surface body - Section 02.mp4 (97.8 MB)
4 -Completing a complete surface body - Section 01.mp4 (38.6 MB)
5 -Completing a complete surface body - Section 02.mp4 (33.9 MB)
6 -Completing a complete surface body - Section 03.mp4 (238.56 MB)
1 -Front end completion.mp4 (96.17 MB)
2 -Begins on the fender surface.mp4 (180.37 MB)
1 -Create a door surface on the top side.mp4 (93.13 MB)
2 -completion of the fender surface.mp4 (149.4 MB)
1 -How to Model the Curvy Front Surface.mp4 (80.18 MB)
2 -How to Model the Curvy Front Surface - Bottom portion.mp4 (98.8 MB)
3 -Starts from front head light.mp4 (156.56 MB)
1 -creating a bottom fender surface.mp4 (94.11 MB)
2 -creating a side door surface.mp4 (106.21 MB)
1 -Modelling a quater panel surface.mp4 (236.26 MB)
2 -Make a little surface area from the front.mp4 (47.46 MB)
3 -Make a little surface area from the back ends.mp4 (84.38 MB)
1 -Modelling a tangential bumper surface area.mp4 (225.85 MB)
2 -Continuity of a complex bumper profile.mp4 (134.11 MB)
3 -Construct a one-end bumper region with small surface steps.mp4 (199.73 MB)
4 -Completion of the bumper surface.mp4 (120.3 MB)
1 -continuation of the quarter surface.mp4 (65.6 MB)
2 -Finishing area of quarter panel.mp4 (69.76 MB)
3 -Decklid surface's beginning point.mp4 (182.75 MB)
4 -Create a complicated decklid by dividing 3D curves.mp4 (159.71 MB)
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