А-Я Индекс

Статьи:

An Introduction to Triply Periodic Minimal Surfaces in Thermal Applications(открывается в новой вкладке)

Editorial Boards:

Computational Thermal Sciences: An International Journal(открывается в новой вкладке)

Articles:

A SIMPLIFIED REDUCED ORDER MODEL TO PREDICT PHASE CHANGE MATERIALS HEAT TRANSFER INCLUDING NATURAL CONVECTION(открывается в новой вкладке) - Vol. 0 '2025(открывается в новой вкладке) - 10th Thermal and Fluids Engineering Conference (TFEC)(открывается в новой вкладке)

BRANCHING GENERATIVE DESIGN TO CODIFY TOPOLOGY-OPTIMIZED HEAT CONDUCTION STRUCTURES(открывается в новой вкладке) - Vol. 0 '2025(открывается в новой вкладке) - 10th Thermal and Fluids Engineering Conference (TFEC)(открывается в новой вкладке)

CORRELATIONS AMONG CHARACTERISTICS OF GYROID-TYPE CELLULAR FOAM STRUCTURES(открывается в новой вкладке) - Vol. 13 '2023(открывается в новой вкладке) - 8th Thermal and Fluids Engineering Conference (TFEC)(открывается в новой вкладке)

Preface: The 41st UIT International Heat Transfer Conference(открывается в новой вкладке) - Vol. 17 '2025(открывается в новой вкладке) - Computational Thermal Sciences: An International Journal(открывается в новой вкладке)

RELATING TORTUOSITY AND EFFECTIVE THERMAL CONDUCTIVITY IN TRIPLY PERIODIC MINIMAL SURFACE POROUS STRUCTURES(открывается в новой вкладке) - Vol. 17 '2025(открывается в новой вкладке) - Computational Thermal Sciences: An International Journal(открывается в новой вкладке)

A THERMAL ANALYSIS OF A FUNCTIONALLY-GRADED GYROID AS A HEAT SINK(открывается в новой вкладке) - Vol. 0 '2024(открывается в новой вкладке) - ICHMT DIGITAL LIBRARY ONLINE(открывается в новой вкладке)

INSIDE THE PCM MELTING EVOLUTION: A CFD INVESTIGATION OF METAL PERIODIC STRUCTURES TO ENHANCE THERMAL DIFFUSION(открывается в новой вкладке) - Vol. 0 '2024(открывается в новой вкладке) - ICHMT DIGITAL LIBRARY ONLINE(открывается в новой вкладке)

CFD OPTIMIZATION OF FAN RADIATOR DESIGN: A NOVEL HYDRONIC TERMINAL FOR SPACE CONDITIONING(открывается в новой вкладке) - Vol. 21 '2023(открывается в новой вкладке) - International Heat Transfer Conference 17(открывается в новой вкладке)

TOPOLOGY OPTIMIZATION TO DESIGN INNOVATIVE HIGH-THERMAL- RESISTANCE 3D PRINTED WALLS(открывается в новой вкладке) - Vol. 33 '2023(открывается в новой вкладке) - International Heat Transfer Conference 17(открывается в новой вкладке)

Iasiello, Marcello

A SIMPLIFIED REDUCED ORDER MODEL TO PREDICT PHASE CHANGE MATERIALS HEAT TRANSFER INCLUDING NATURAL CONVECTION

An Introduction to Triply Periodic Minimal Surfaces in Thermal Applications

TOPOLOGY OPTIMIZATION TO DESIGN INNOVATIVE HIGH-THERMAL- RESISTANCE 3D PRINTED WALLS

BRANCHING GENERATIVE DESIGN TO CODIFY TOPOLOGY-OPTIMIZED HEAT CONDUCTION STRUCTURES

INSIDE THE PCM MELTING EVOLUTION: A CFD INVESTIGATION OF METAL PERIODIC STRUCTURES TO ENHANCE THERMAL DIFFUSION

A THERMAL ANALYSIS OF A FUNCTIONALLY-GRADED GYROID AS A HEAT SINK

CFD OPTIMIZATION OF FAN RADIATOR DESIGN: A NOVEL HYDRONIC TERMINAL FOR SPACE CONDITIONING

CORRELATIONS AMONG CHARACTERISTICS OF GYROID-TYPE CELLULAR FOAM STRUCTURES

RELATING TORTUOSITY AND EFFECTIVE THERMAL CONDUCTIVITY IN TRIPLY PERIODIC MINIMAL SURFACE POROUS STRUCTURES

Preface: The 41st UIT International Heat Transfer Conference

Andreozzi, Assunta

A THERMAL ANALYSIS OF A FUNCTIONALLY-GRADED GYROID AS A HEAT SINK

CORRELATIONS AMONG CHARACTERISTICS OF GYROID-TYPE CELLULAR FOAM STRUCTURES

Scarpati, G.

CORRELATIONS AMONG CHARACTERISTICS OF GYROID-TYPE CELLULAR FOAM STRUCTURES

Chiu, Wilson K. S.

An Introduction to Triply Periodic Minimal Surfaces in Thermal Applications

A THERMAL ANALYSIS OF A FUNCTIONALLY-GRADED GYROID AS A HEAT SINK

CORRELATIONS AMONG CHARACTERISTICS OF GYROID-TYPE CELLULAR FOAM STRUCTURES

RELATING TORTUOSITY AND EFFECTIVE THERMAL CONDUCTIVITY IN TRIPLY PERIODIC MINIMAL SURFACE POROUS STRUCTURES

Anacreonte, Vitaliano Alessandro

RELATING TORTUOSITY AND EFFECTIVE THERMAL CONDUCTIVITY IN TRIPLY PERIODIC MINIMAL SURFACE POROUS STRUCTURES

Anacreonte, Vitaliano Alessandro

A THERMAL ANALYSIS OF A FUNCTIONALLY-GRADED GYROID AS A HEAT SINK

Fragnito, Andrea

A SIMPLIFIED REDUCED ORDER MODEL TO PREDICT PHASE CHANGE MATERIALS HEAT TRANSFER INCLUDING NATURAL CONVECTION

TOPOLOGY OPTIMIZATION TO DESIGN INNOVATIVE HIGH-THERMAL- RESISTANCE 3D PRINTED WALLS

BRANCHING GENERATIVE DESIGN TO CODIFY TOPOLOGY-OPTIMIZED HEAT CONDUCTION STRUCTURES

INSIDE THE PCM MELTING EVOLUTION: A CFD INVESTIGATION OF METAL PERIODIC STRUCTURES TO ENHANCE THERMAL DIFFUSION

CFD OPTIMIZATION OF FAN RADIATOR DESIGN: A NOVEL HYDRONIC TERMINAL FOR SPACE CONDITIONING

Peracchio, Aldo A.

An Introduction to Triply Periodic Minimal Surfaces in Thermal Applications

RELATING TORTUOSITY AND EFFECTIVE THERMAL CONDUCTIVITY IN TRIPLY PERIODIC MINIMAL SURFACE POROUS STRUCTURES

Bartlett, B.

An Introduction to Triply Periodic Minimal Surfaces in Thermal Applications

CORRELATIONS AMONG CHARACTERISTICS OF GYROID-TYPE CELLULAR FOAM STRUCTURES

Menna, Costantino

TOPOLOGY OPTIMIZATION TO DESIGN INNOVATIVE HIGH-THERMAL- RESISTANCE 3D PRINTED WALLS

Bianco, Nicola

A SIMPLIFIED REDUCED ORDER MODEL TO PREDICT PHASE CHANGE MATERIALS HEAT TRANSFER INCLUDING NATURAL CONVECTION

An Introduction to Triply Periodic Minimal Surfaces in Thermal Applications

BRANCHING GENERATIVE DESIGN TO CODIFY TOPOLOGY-OPTIMIZED HEAT CONDUCTION STRUCTURES

INSIDE THE PCM MELTING EVOLUTION: A CFD INVESTIGATION OF METAL PERIODIC STRUCTURES TO ENHANCE THERMAL DIFFUSION

A THERMAL ANALYSIS OF A FUNCTIONALLY-GRADED GYROID AS A HEAT SINK

CFD OPTIMIZATION OF FAN RADIATOR DESIGN: A NOVEL HYDRONIC TERMINAL FOR SPACE CONDITIONING

CORRELATIONS AMONG CHARACTERISTICS OF GYROID-TYPE CELLULAR FOAM STRUCTURES

RELATING TORTUOSITY AND EFFECTIVE THERMAL CONDUCTIVITY IN TRIPLY PERIODIC MINIMAL SURFACE POROUS STRUCTURES

Bartlett, Maxwell T.

RELATING TORTUOSITY AND EFFECTIVE THERMAL CONDUCTIVITY IN TRIPLY PERIODIC MINIMAL SURFACE POROUS STRUCTURES

Anacreonte, A.V.

An Introduction to Triply Periodic Minimal Surfaces in Thermal Applications

Andreasen, Casper Schousboe

TOPOLOGY OPTIMIZATION TO DESIGN INNOVATIVE HIGH-THERMAL- RESISTANCE 3D PRINTED WALLS