Replacing worn material with a segmented insert maintains static vane positioning predictability while lowering repair costs.
Staggered split fairings minimize strut pressure losses and ease maintenance by avoiding interlocking features.
Chevron blade caps with angled flat surfaces generate self-tightening pressure to prevent untwisting and reduce mechanical loads.
Segmented parapet wall cavities channel cooling air through specific holes to reduce tip temperature gradients and extend blade lifespan.
Rejuvenate cobalt-based gas turbine components using multi-stage heat treatment to restore microstructure and extend service life.
Bent sealing tongues engage anti-wear shims to prevent leaks while allowing easy sector removal.
A waste heat recovery device integrates a low-boiling-point medium Rankine cycle with heated water and recovery lines to circulate liquid.
Three-dimensional weaving merges root, airfoil, and platform into one composite piece to eliminate fasteners and reduce weight.
High-chromium diffusion coating extends turbine blade service life by resisting sulfidation on complex contours.
Composite adhesive structure protects bonding interface from moisture ingress while maintaining impact resistance.