A. Lacombe

发表

HERAKLES thermal-structural composite materials boost rocket nozzle performance.

A. Lacombe, T. Pichon, Jean-Marc Amouroux, 2013 .

Investigation of C/SiC «breaking point» under arc jet environment at NASA - J.S.C.

A. Lacombe, M. Lacoste, 1994 .

3D Carbon-Carbon composites are revolutionizing upper stage Liquid Rocket Engine performance by allowing introduction of large nozzle extension.

Marc Lacoste, Thierry Pichon, Alain Lacombe, 2009 .

3D Novoltex ® and Naxeco ® Carbon-Carbon Nozzle Extensions; matured, industrial and available technologies to reduce programmatic and technical risks and to increase performance of launcher upper stage engines.

Marc Lacoste, Thierry Pichon, Alain Lacombe, 2008 .

High temperature composite nozzle extensions, a mature and efficient technology to improve upper stage Liquid Rocket Engine performance.

Marc Lacoste, Thierry Pichon, Alain Lacombe, 2007 .

Ceramic Matrix Composites to make breakthroughs in aircraft engine performance.

Eric Bouillon, Alain Lacombe, Georges Habarou, 2009 .

Carbon/Carbon extendible Nozzles☆

A. Lacombe, M. Lacoste, P. Joyez, 2002 .

Ceramic Matrix Composites Cooled Panel Development for Advanced Propulsion Systems

C. Bouquet, Alain Lacombe, B. Hauber, 2004 .