BYD logo

BYD

Last updated February 1, 2026
720
Innovation Areas
34,443
Inventors
189
Collaborations

Organic-inorganic composite phase architecture: BYDRecent Research Landscape

Brittle fracture and surface degradation in electronic housings lead to high failure rates under mechanical stress. These innovations engineer a hybrid ceramic-glass phase structure to achieve high-durability aesthetic finishes.

What technical problems is BYD addressing in Organic-inorganic composite phase architecture?

Interfacial signal transmission loss

(56)evidences

Standard composite plates lack integrated optical privacy and directional visibility features. Solving this allows structural components to function as one-way mirrors without compromising mechanical integrity.

Poor interfacial bonding strength

(49)evidences

Weak adhesion between dissimilar ceramic and metallic layers leads to structural delamination. Resolving this prevents mechanical separation under thermal or mechanical stress.

Structural fragility of glass

(28)evidences

Low impact resistance and poor structural integrity in glass-ceramic materials. Reducing catastrophic failure under mechanical stress ensures device durability.

Poor interfacial bonding strength

(8)evidences

Inherent brittleness and low fracture toughness in ceramic-glass architectures lead to structural failure under mechanical stress. Overcoming these mechanical limitations allows for the use of ceramic-like aesthetics in high-durability electronic housings.