3D Model
Ducted Propeller V0.1.2
The 3D model represents a fully detailed ducted coaxial propeller system designed with precision aerodynamic geometry and clean manufacturable surfaces. The assembly consists of a streamlined outer duct,
3D Model
a380
on critical areas such as fuselage form, wing–body transitions, engine integration regions, and aerodynamic line continuity, creating a smooth and parametric surface structure. During the design phase, I
3D Model
brabham-bt62-19-2
techniques to meticulously replicate the vehicle's exterior and interior, paying close attention to its aerodynamic design, aggressive lines, and distinctive features. Ensured accuracy in the model's proportions
3D Model
A personal project of a modern car trailer that does not damage the aesthetics and aerodynamics of the vehicle
The idea behind this project is to design a car trailer that aerodynamically and aesthetically complements the car. In addition to these characteristics, the trailer also has improved driving characteristics
Designer
satwiks
Automobile Engineering Student with SolidWorks Experience
Proficient in CAD modeling, CFD, and Structural Simulations. Developed Aerodynamic Kit for FSAE team. Have assembled Full vehicle assemblies and error and fault-proven Subsystems.
3D Model
Quadcopter Y1101 with 6'' NACA-M18 model propellers
propellers, optimized for aerodynamic efficiency and thrust-to-power ratio. Main Features: Propellers: 6” diameter, modeled using the NACA-M18 airfoil profile for realistic aerodynamic performance. Frame Layout:
3D Model
Flow Simulation
miniature, compressed air powered balsa wood, F1 car for F1 in Schools competition, to optimize aerodynamic parameters drag and lift.
3D Model
simulate-aerofoi-21724_part-seed
Using Star-CCM+ and Ansys to simulate CFD of F1 car front wing. From there, optimize aerodynamic configuration to increase performance, speed, reduce drag on the car's front win
3D Model
CFD simulation for F1 car front wing
Using Star-CCM+ and Ansys to simulate CFD of F1 car front wing. From there, optimize aerodynamic configuration to increase performance, speed, reduce drag on the car's front wing
3D Model
cyber-truck
CYBERTRUCK will be the most discussed topic in comming months because of its exoskeleton and aerodynamic performance. Hoping that Tesla introduces some curves in upcoming models of this Monster.