Руководство по Термодинамике, Гидродинамике, Тепло- и Массообмену
Русский English 中文 Português Español Français Deutsch О нас Редакция Контакты Доступ Begell House
Статьи Авторы

Coquard , Remi

Société "Etude Conseils Calcul Modélisation" (EC2-MODELISATION), 66 Boulevard Niels Bohr, F69603 Villeurbanne, France
66, boulevard Niels Bohr , Villeurbanne, France, FRANCE, 69603

Conduction, Radiation heat transfer, Black body, Radiation absorption and scattering

Doctor

Estebe, B.

MODELING OF HEAT TRANSFER ACROSS POROUS HONEYCOMB STRUCTURES

Michaud, P. M. M.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Randrianalisoa, Jaona Harifidy

THERMAL CONDUCTIVITY OF OPEN- AND CLOSED-CELL FOAMS: INFLUENCES OF CELL RANDOMNESS

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

MICROSCALE DIRECT CALCULATION OF SOLID PHASE CONDUCTIVITY OF VORONOI'S FOAMS

Viskanta, Raymond

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

Rochais, D.

MODELING OF THE COUPLED CONDUCTIVE AND RADIATIVE HEAT TRANSFER IN NICRAL FROM PHOTOTHERMAL MEASUREMENTS AND X-RAY TOMOGRAPHY

Baillis, Dominique

MODELING OF THE COUPLED CONDUCTIVE AND RADIATIVE HEAT TRANSFER IN NICRAL FROM PHOTOTHERMAL MEASUREMENTS AND X-RAY TOMOGRAPHY

MODELING OF HEAT TRANSFER ACROSS POROUS HONEYCOMB STRUCTURES

THERMAL CONDUCTIVITY OF OPEN- AND CLOSED-CELL FOAMS: INFLUENCES OF CELL RANDOMNESS

METALLIC FOAMS RADIATIVE PROPERTIES / COMPARISON BETWEEN DIFFERENT MODELS

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

Classification of foam structures

Open cell foam

Closed cell foam

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

RADIATIVE PROPERTIES OF CELLULAR FOAMS

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Computational modeling of thermal properties of advanced porous insulating materials

MICROSCALE DIRECT CALCULATION OF SOLID PHASE CONDUCTIVITY OF VORONOI'S FOAMS

Kaemmerlen, Aurélie

Classification of foam structures

Closed cell foam

RADIATIVE PROPERTIES OF CELLULAR FOAMS

Rambaud, W.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Peyraud, F.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Loretz, M.

METALLIC FOAMS RADIATIVE PROPERTIES / COMPARISON BETWEEN DIFFERENT MODELS

Thomas, M.

MODELING OF HEAT TRANSFER ACROSS POROUS HONEYCOMB STRUCTURES

Maire, E.

METALLIC FOAMS RADIATIVE PROPERTIES / COMPARISON BETWEEN DIFFERENT MODELS

Haviez, J.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Dombrovsky, Leonid

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

А-Я Индекс Авторы / Редакторы Семантическая карта Визуальная галерея Внести свой вклад Guest