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Vasil D.

@VasilVD

annual-level-four.svgverified-v2.svg
5,0
3
2,8
2,8
100%

3D modeling - Rhino 3D, Autodesk Fusion, AutoCAD

$5 USD / hora
・
Bandera de
Bulgaria (1:21 a. m.)
・
Se unió el noviembre 12, 2015
$5 USD / hora
・
3D services with Rhino 3D and Autodesk Fusion. Background in mechanical maintenance. Located in Varna, Bulgaria. VAT number BG180654436 Using genuine software Rhino 3D v.8 + Bongo 2, Windows 11 Professional, Autodesk Fusion 360. Offering CAD design services: -3D modelling in Rhino 3D , AutoCAD, Fusion 360. -Rendered images. -Rendered 3D animations. -Bent sheet metal parts. -2D drawings. -Pivot tables and VBA macros in MS Excel 2016.
Verificaciones
A tiempo
100 %
Dentro del presupuesto
100 %
Aceptar tarifa
100 %
Tasa de recontratación
25 %
Freelancer Mechanical Engineers Bulgaria
Ver todo Mechanical Engineers en Bulgaria

Portafolio

Portafolio

12161989
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
12142084
Completed on August 11th 2024.
Fusion 360 Essential Training
12119882
21 April 2020
Online Training Rhinoceros 3D
11902096
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
11898867
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
11896853
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
12161989
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
Belt drive and pulleys. Driving pulley diameter 50mm. Driven pulley diameter 250mm. Created in Autodesk Fusion. Rendered in Autodesk Fusion.
Belt drive and pulleys
12142084
Completed on August 11th 2024.
Fusion 360 Essential Training
12119882
21 April 2020
Online Training Rhinoceros 3D
11902096
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
Bevel gear wheel and pinion created in Rhinoceros 3D. Number of pinion teeth Np = 20 Number of gear wheel teeth Nw = 30 Module m=2.5.
Bevel gear wheel and pinion created in Rhinoceros 3D
11898867
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
Double helical gear wheel and pinion created in Rhino 3D Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Double helical gear wheel and pinion, created in Rhino 3D
11896853
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Helical gear wheel and pinion created in Rhinoceros 3D. Gear wheels module m = 2.5 Pinion number of teeth Np = 20 Wheel number of teeth Nw = 50 Tooth thickness t = Pi * m/2 Pitch diameter d = m * N Addendum a = m Dedendum b = 1.25 * m Fillet radius r = 0.3 * m
Helical gear wheels in Rhinoceros 3D
Cambios guardados
5.0 · 3 Reviews
Opiniones
C
Case Design with multi function. CAD 3D modeling. • $86 USD
@VasilVD won the contest on 24 January 2023
Ben C.
@captchancey
•
Bandera de
Cape Coral, United States
•
hace 5 años
Compartir
Avatar del usuario
Project for Vasil D. • $20 USD
very good communication and design exactly the way i wanted it to be very helpful, will hire again for sure
Ishaq A.
@vw8067932vw
•
Bandera de
MUSCAT, Oman
•
hace 5 años
Compartir
G
NEED STL FILE AND DRAWINGS FOR A PART. Prefer bids from EU/US/AUS • $140 USD
BRILLIANT MECHANICAL ENGINEER, KNOWS HOW TO SOLVE PROBLEMS AND IS AWESOME WITH 3D MODEL CREATION , STL AND STP FILES FOR PROTOTYPING AND PRODUCTION. THANKS
Devakumaran Jaswant K.
@gibraltar1
•
Bandera de
Bellingham, United States
•
hace 5 años
Compartir
Avatar del usuario
2-Axis cable-activated leak free pipe joint in Solidworks • $100 USD
@VasilVD won the contest on 7 July 2019
Robert O.
@OpenThoughts
•
Bandera de
Kagoshima, Japan
•
hace 5 años
Compartir
Avatar del usuario
Create a STEP file and a 3d PDF from a sketchup file • $20 USD
Well done, thank you!
Tobias Z.
@Tobiaszu
•
Bandera de
Zurich, Switzerland
•
hace 6 años
Compartir
Experiencia
Self Employed
ene, 2019 - Presente
•
5 años, 11 meses
Self Employed
ene, 2019 - Presente
•
5 años, 11 meses
3D services in AutoCAD. 2D Drawings. Rendered images.
Bandera de
Devnya, Bulgaria
ene, 2019 - Presente
•
5 años, 11 meses
Assistant with AutoCAD
oct, 2021 - nov, 2021
•
1 mes
Varship Design
oct, 2021 - nov, 2021
•
1 mes
CAD software.
Bandera de
Provadia, Bulgaria
oct, 2021 - nov, 2021
•
1 mes
Design Engineer
jun, 2018 - oct, 2018
•
4 meses, 1 día
IHB Shipdesign LTD
jun, 2018 - oct, 2018
•
4 meses, 1 día
3D laser scanning and data processing. Design of ship's Ballast Water Treatment Systems and Scrubber systems. Modification of ships P&ID diagrams. Knowledge of AVEVA Everything 3D (Model, Draw, Iso Draw), AutoCAD, MS Office.
jun, 2018 - oct, 2018
•
4 meses, 1 día
Educación
Tehnièeski universitet Varna
2000 - 2006
•
6 años
Master's degree in Ship's Machines and Machinery
Bandera de
Bulgaria
2000 - 2006
•
6 años
Certificaciones
Basic Numeracy - Level 1
Basic Numeracy
US English - Level 2
US English
P
Preferred Freelancer Program SLA
US English - Level 1
US English
US English - Level 3
US English
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