Aerodynamics Improvement TRIZ Cases
- Front Bumper Baffle Structure for Heat Exchanger Air Recirculation
A rigid bumper baffle with a controlled partition gap redirects air to the heat exchanger while reducing flapping noise and build complexity.
- Aluminum Composite Vehicle Accessory for Low-Weight Impact Resistance
Aluminum composite panels with a polyethylene core cut vehicle accessory weight while improving impact resistance, aerodynamics, and fuel efficiency.
- Composite Liftgate Inner Panel Reinforcement Without Steel
Bonded composite preforms and molded channels strengthen a liftgate inner panel while cutting steel use, weight, and manufacturing cost.
- Vehicle Underbody Fairing Sidewall Reinforcement Against Lateral Deformation
Cellular sidewall reinforcements stiffen the underbody fairing against lifting loads and lateral impacts while protecting conduits and batteries.
- Aluminum Composite Vehicle Accessory for Lightweight Durability
Using aluminum composite material, this case shows how vehicle accessories cut weight while preserving damage resistance, aerodynamics, and appearance.
- Rear Bumper Shield Layout for Silencer Concealment and Airflow Deflection
A rear bumper shield hides the silencer from rear view while guiding underfloor air downward to reduce entrainment and improve aerodynamics.
- Liftgate Bulkhead Rib Structure for Lower-Cost Reinforcement
Molded-in bulkhead ribs reinforce liftgate panels without extra steel or plastic parts, cutting mass, assembly time, and build variation.
- Composite Liftgate Inner Panel Reinforcement for Lower Weight
Bonded composite reinforcements and structural channels cut liftgate weight while meeting load requirements with less steel and lower tooling cost.