@proceedings {100,
	title = {Poro-chemo-fracture-mechanics ... bottom-up: Application to risk of fracture design of oil and gas cement sheath at early ages},
	journal = {Euro-C Conference},
	volume = {COMPUTATIONAL MODELLING OF CONCRETE STRUCTURES, VOL 1 },
	year = {2014},
	month = {Jan-2014},
	pages = {61-67},
	publisher = {CRC PRESS-TAYLOR \& FRANCIS GROUP},
	address = {MAR 24-27, 2014, St Anton am Alberg, AUSTRIA},
	abstract = {<p>With ever more challenging (T, p) environments for cementing applications in oil and gas wells, there is a need to change the classical paradigm of constitutive modeling of the early-age behavior of cementitious materials in oil-and gas well applications. Herein, we propose a bottom-up approach, which starts at the molecular scale of calcium-silicate-hydrates (C-S-H), and propagates this understanding via incremental poroelastic upscaling methods to the meso-and macroscale, and ultimately to the scale of engineering applications. With a clear focus on engineering risk-of-fracture evaluations, we show how to integrate this bottom-up approach with fracture mechanics.</p>
},
	isbn = {978-1-138-02641-4; 978-1-315-76203-6},
	doi = {10.1201/b16645-8},
	author = {Franz-Josef Ulm and Muhannad Abuhaikal and Thomas Alexander Petersen and Roland Jean-Marc Pellenq},
	editor = {Bicanic, N and Mang, H and Meschke, G and DeBorst, R}
}
