Furnace Types TRIZ Cases

See how movable partition walls in a gas quenching cell isolate turbulent flows from door openi

See how a recrystallization layer formed by heat treatment bonds copper plating to stainless st

See how a recrystallization layer formed by heat treatment creates metallurgical bonding betwee

See how mobile partition walls in a quenching chamber block vortices from door openings, improv

See how controlled austenite-ferrite microstructure in stainless steel pipe balances R410a pres

See how a Cr-enriched ferritic stainless steel with Ni and Cu enables TIG-welded hot-water tank

See how controlled austenite microstructure and copper addition enable stainless steel refriger

Controlled Si-Al-Mn composition and ferrite recrystallization cut eddy current losses while preserving strength and magnetic polarization.

Controlled alloying and annealing suppress fine precipitates in non-oriented electrical steel, cutting hysteresis loss while preserving flux density.

By controlling grain-boundary spacing and coiling treatment, this case cuts 200 Hz magnetostriction noise without raising iron loss.

Co and Ti control with a forsterite-based film lowers transformer core building factor by balancing hysteresis and iron loss.

Controlled cooling and annealing develop {411} texture in non-oriented electrical steel to cut iron loss and motor temperature rise.

Floating conductors and ferromagnetic bodies reshape AC heating in stabilizer bends to reduce temperature deviation and refine grain size.

Adjusting stabilizer end positions during quenching or tempering offsets uneven thermal expansion and preserves the target bent shape.

Controlled quench solidification of Fe-Co-B ribbon balances high flux density, low iron loss, and punchability for BLDC motor cores.

Floating conductors reshape AC current near stabilizer bends to even temperature distribution, improving grain size and yield strength.

Controlled boron coordination and MgO particle shape improve grain-oriented steel coating formation without degrading magnetic properties.

Controlling Al, B, and tri-coordinated boron in MgO annealing powder suppresses coating defects while preserving magnetic properties.

Controlled grain size and orientation spread let Fe-Co alloy bars retain high strength after magnetic annealing while preserving magnetic properties.

Controlled grain orientation spread and grain size make Fe-Co alloy bars deliver higher permeability and lower coercive force consistently.

Controlled Si-Al-Mn chemistry and recrystallized ferrite grain size reduce eddy current loss while maintaining steel sheet rigidity.

A joined-blank hot-forming approach creates a lighter bumper beam with fewer seam cracks, lower welding complexity, and stronger crash resistance.