Designer
tylerc
Mechanical Engineer, Siemens NX, Solidworks, FEA,CFD
T. robotics to composite design I have experience in creating tooling for composite layups as well as detailed layup instructions.
3D Model
Von Karman Rocket Nose Cone
Nose cone model used to 3D print a mold for a fiberglass layup.
Designer
mtnuss
Award-Winning Researcher Graduated from the University of Washington with an M.S. in Aeronautical &
Former member of the Multiscale Analysis of Materials and Structures (MAMS) Lab where I optimized the layup of an AFP produced CFRC cryogenic tank made to hold rocket propellant for space-bound missions. Results
Job
Naval Architect for Houseboat Hull Modification
hull. I am requesting a naval architect with experience in FRP layup/modification/schedules to provide stress analysis and provide layup recommendations for bonding the hulls together.
The attached picture
Designer
SasaPopovic
Mechanical Designer
production-ready 3D models optimized for real manufacturing — from concept to CNC machining and composite layup. Fast, precise, and focused on delivering professional engineering solutions.
3D Model
4-Axis Laboratory Filament Winder
features rotational and translational motion mechanisms to control fibre placement during composite layup.
3D Model
DESIGN AND FEM ANALYSIS CARBON BICYCLE FORK
reduction without compromising structural integrity. Based on the fork geometry, a tailored carbon fiber layup was designed to optimize performance, focusing on reducing weight while maintaining durability. The
Designer
talhayldrm
Mechanical & Structural Analysis Engineer | ANSYS
in the complete structural analysis workflow, including geometry preparation, meshing, composite layup modeling, load definition, contact modeling, result evaluation, and engineering reporting. I have
Service
I offer composite engineering for CAD, CAE, CFD & manufacturing support
execution.
What I deliver:
Composite Tooling Design
➼ Prepreg / vacuum-bagged / autoclave-cured tools
➼ Layup molds, mandrels, and high-temperature tooling
➼ Trim & drill jigs, assembly fixtures, and locating
3D Model
Parametric Industrial Propeller Design – SolidWorks Assemblies
thrust at 3,800 RPM: 28 N per blade pair → Material: injection-moulded CF-nylon or full carbon-fiber layup DELIVERABLES: Parametric SolidWorks part + design table + STEP/IGES for all variants (18", 20", 22"