Πλοήγηση ανά Συγγραφέα "Xu, F."
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Constitutive modeling of porous viscoelastic materials
Xu, F.; Sofronis, P.; Aravas, N.; Meyer, S. (2007)The effect of porosity on the constitutive response of an isotropic linearly viscoelastic solid that obeys a constitutive law of the standard differential form is investigated under small strain deformation conditions. The ... -
Constitutive modeling of solid propellant materials with evolving microstructural damage
Xu, F.; Aravas, N.; Sofronis, P. (2008)Solid propellants are composite materials with complex microstructure. In a generic form, the material consists of polymeric binder, crystal oxidizer (e.g., ammonium perchlorate), and fuel particles (e.g., aluminum). Severe ... -
Constitutive response and damage in solid propellants
Aravas, N.; Xu, F.; Sofronis, P.; Namazifard, A.; Fiedler, R. (2005)Solid propellants are composite materials with complex microstructure. In a generic form, the material consists of polymeric binder, ceramic oxidizer, and fuel particles (e.g. aluminum). Damage induced by severe stress and ... -
Detailed simulations of propellant slumping in the titanIV SRMU PQM-1
Fiedler, R.; Namazifard, A.; Campbell, M.; Xu, F.; Aravas, N.; Sofronis, P. (2006)We utilize our tightly-coupled fluid/structure/combustion solid propellent rocket simulation package ("Rocstar") to study the unexpectedly large deformation of propellant at the center joint slot in a prequalification ... -
Finite element modeling of porous solid propellants
Xu, F.; Sofronis, P.; Aravas, N.; Namazifard, A.; Fiedler, R. (2005)The effect of porosity on the constitutive response of a linearly viscoelastic solid that obeys a constitutive law of the standard differential form is investigated under small strain deformation conditions. It is demonstrated ...