Designer
JakubG
OpenFOAM, Solid Edge & 3D Modelling Designer
Technology treating my master dissertation on aeroelastic effects of dynamical loads from flapping wings. From 2010 until 2012 I had followed the second Master degree in Physics working on numerical simulation
3D Model
screenshot-2026-08-15-202133
aerodynamic characteristics. To ensure that the UAV does not fail structurally while maneuvering, the wings were designed to resist the minimum load factor of 6G. A common airfoil was selected and studied to
Service
I will Perform CFD, FEA and Complex Fluid Flow Simulations
Calculation of lift and drag coefficients, pressure distribution, and aerodynamic efficiency of airfoil, wings and UAVs etc.
- Internal & External Flow: High-resolution velocity streamlines, pressure contours
Designer
jamesc6416
Mechanical & Product Designer | Fusion 360 | 3D-Print-Ready Parts, Enclosures & Assemblies
parts that actually get made. Most of my design work has been on RC flying-wing aircraft: complete wings with internal ribs, spar channels, servo bays and control surfaces, plus an electronics pod, checked
Designer
EDUCADD SOLUTIONS
and CAM (Computer Aided Manufacturing). Since then we have carefully and strategically spread our wings to over 50+ locations in India and abroad. Over a decade plus of experience enables us to provide
Designer
andro_EU
PhD CFD Engineer | Aerodynamics, Turbulence & HPC Simulation Expert | OpenFOAM · Ansys Fluent · Py
pipelines using RANS simulations (Q1 journal) - Conducted aeroacoustic research on bio-inspired wings at the University of Southampton (accepted in Springer's Advances in Aerodynamics Q1 journal) - Achieved
Blog Post
Biomimicry: Product Design Inspired by Nature
those bumbling insects are too heavy to sustain flight with such small and thin wings. The secret is in how those wings beat, how they move air, and not how much air they can move on average. It turns
Job
Mechanical CAD Engineer for Consumer Product ( Solid Workd/Fusion 360)
contour from the supplied physical tracing.
Model the rear splash barrier, faucet interfaces, side wings, and front return lip.
Finalize wall thickness, fillets, draft, clearances, and prototype-manufacturing
3D Model
72' Rice Sprayer Boom
fields of California this device had several challenging design criteria. Specifically, a 72 foot wingspan that minimized weight, folded to under 102 inches for transport, and could absorb the repeated field
Skill
Aerodynamic Design
particularly the design and analysis of a plane’s wings. Aerodynamic analysis plays a big part in developing better aircrafts, one that features better wings and maybe even improved air circulation inside