Watercraft-Design

Services

Price and quality have never been so close!

3d modeling and drafting

SolidWorks 2017
Autodesk Inventor Professional 2017
Rhino 5
SketchUp Pro 2017
AutCAD 2017
Others…

CFD, FEM & thermal ANALYSIS

SolidWorks 2017
Autodesk Inventor Professional 2017

3d Rendering

KeyShot 6 Pro
V-Ray

PROTOTYPING

3D Printing

Watercrafts

Inspired and designed by Ned

Electrical Kayak – Concept Design

Electrical Kayak – Concept Design

Main dimensions and properties:

Length, L max = 3.00 m
Breadth, B max = 0.60 m
Height of the board at midship frame D = 0.30 m
Draught d = 0.15 m
Displacement Δ = 0.160 t at d=0.15 m

Software: Rhino & KeyShto 6 Pro

Electrical Kayak – Concept Design

Kayaks
Whitewater kayak

Site-on-top kayak designed for whitewater kayaking.

Main dimensions and properties:

Length, L max = 2.00 m
Breadth, B max = 0.60 m
Height of the board at midship frame D = 0.30 m
Draught d = 0.15 m
Displacement Δ = 0.100 t at d=0.15 m

Software: Rhino & T-Spline, Keyshot 6 Pro

Whitewater kayak

Kayaks
Catamaran 5L

Aluminium catamaran 5L – Everything is calculated buoyancy, weight, the center of gravity, hydrostatics, etc..
This catamaran is designed for fishing in rivers, lakes and dams is not designed to sail in seas and oceans.

Main dimensions and properties:

Length, L max = 5.00 m
Breadth, B max = 2.40 m
Height of the board at midship frame D = 0.90 m
Draught d = 0.60 m
Displacement Δ = 2.60 t
Power Ne = 60 Hp
Speed Vs = 18.0 kn

Used software: SolidWorks, KeyShot Pro

Catamaran 5L

Catamarans

Go Back

Freelancer

Small part of the projects I have worked on. Excluding all ship design projects!

by Ned Kralev | Naval Architect

Create everything with love to details

Biography coming soon...

The four circles represent which software are used often (excluding ship design projects).
NOTE: For ship design is used different software

3D MODELING AND DRAFTING
57% of the project are made using SolidWorks.
CFD, FEM & THERMAL ANALYSIS
96% of the project are made using SolidWorks.
3D RENDERING
93% of the project are rendered using KeyShot Pro.
PROTOTYPING
100% of the prototypes are made using 3D printers.

Participated in the following ship design projects

Offshore Subsea Construction Vessel

Positioning and foundation modelling for all the equipments in Engine Room and Bow Thruster Room

DRILL SHIP

3D modeling and drawings of platforms, ladders and railings in Thruster trunks and Stair cases. Coordination drawings in tanks, thruster trunks, stair cases. 3D modeling of ladders in tanks.

Diving support vessel

Positioning and foundation modelling for all the equipments in the vessel (Engine Room, Bow Thruster Room, Propulsion Room, Pump Room, Diving Area, Casing and Accommodation)