Vessel Manufacturing TRIZ Cases

Internal support members with minimal surface contours provide structural strength for pressurized fluid containment.

Segmented spherical units with embedded inner threads brace entry points in a matrix, resolving volume loss from bulky honeycomb walls.

Cold drawing processes shape transition zones in aluminium alloy liners, enabling the use of stronger AA7xxx series materials while reducing overall weight.

Asymmetric elliptical contact surfaces join thermoplastic polymer elements, preventing internal bead formation while maintaining sealing quality.

A leak-tight vessel uses a removable mandrel and thermoplastic barrier strip to form a gas-tight layer.

Microwave heating locally melts thermoplastic composite abutting sections, avoiding mechanical deformation and reducing energy consumption.

Roughening DP600 gas cylinders to 30 μm anchors epoxy-polyester coatings, resolving smooth-surface adhesion failures in salt spray tests.

Annular missing portion captures adhesive overflow during mouthpiece bonding to the inner liner.

Metallic foils with adhesive films bond insulation panels, resolving thermal expansion cracks and reducing construction time.

A filament winding system uses a measuring unit to detect object geometry and adjusts fiber placement parameters accordingly.

Cooling liquid maintains thermoplastic wall rigidity during heat consolidation, resolving multi-layer compatibility issues and corrosion risks.

A pressurized gas accumulator utilizes a woven composite structure with warp and weft threads oriented along the longitudinal axis to provide structural integrity.

Segmented brackets engage triangular grooves to fix reinforcing members, resolving thermal stress deformation and sloshing pressure risks.