Update citations.

Author: jwpeterson

doc/citations/preprints.bib

@@ -1,5 +1,41 @@
 % Preprints
 
+% MOOSE
+% "Here, we used the DFN modeling software Fracman ... via the open-source software finite element framework ... (MOOSE) ..."
+@Article{Weihmann_2026,
+  author  = {Sarah Weihmann and C. G{\"{a}}rtner and J. Mullins and C. Guevara Morel},
+  title   = {{Validating fracture networks for radioactive waste repositories: A DFN modeling approach for crystalline rock}},
+  journal = {Nuclear Technology},
+  month   = feb,
+  year    = 2026,
+  pages   = {xx (20 pages)},
+  note    = {\url{https://doi.org/10.1080/00295450.2025.2581510}}
+}
+
+% MOOSE/BISON
+% "A mechanistic model for predicting Pd penetration depth in TRISO particles was developed in BISON"
+@Article{Bhave_2026,
+  author  = {Chaitanya Bhave and Mathew Swisher and Jacob Hirschhorn and Ryan Sweet and Pierre-Cl{\'{e}}ment A. Simon and Larry K. Aagesen},
+  title   = {{A mechanistic, multiscale model for predicting PdPd penetration in TRISO fuels using BISON}},
+  journal = {Journal of Nuclear Materials},
+  month   = feb,
+  year    = 2026,
+  pages   = {156536 (xx pages)},
+  note    = {\url{https://doi.org/10.1016/j.jnucmat.2026.156536}}
+}
+
+% MOOSE/BISON
+% "The simulation framework leverages the thermal-hydraulic capabilities of RELAP5-3D coupled to the BISON fuel performance code ..."
+@Article{Armstrong_2026,
+  author  = {Robert Armstrong and Jan Vermaak and Charles Folsom and Seokbin Seo and Juliana Pacheco Duarte and Colby Jensen},
+  title   = {Advanced multiphysics code coupling for cladding surface thermocouples during two-phase heat transfer from nuclear fuel},
+  journal = {Nuclear Technology},
+  month   = feb,
+  year    = 2026,
+  pages   = {xx (15 pages)},
+  note    = {Selected papers from the RELAP5-3D Development and Applications special issue, \url{https://doi.org/10.1080/00295450.2025.2593797}}
+}
+
 % MOOSE/SAM
 @Article{Cervi_2026,
   author  = {Eric Cervi and Ling Zou and Yeongshin Jeong and Rui Hu},

doc/citations/twentysix.bib

@@ -1,3 +1,27 @@
+% "The work establishes a flexible computational framework, primarily implemented using the phase field method within the MOOSE framework."
+@phdthesis{Sun_thesis,
+  author = {Jason Sun},
+  school = {State University of New York at Buffalo},
+  title  = {Development and application of a multi-physics phase field framework for advanced materials and manufacturing},
+  note   = {\url{https://www.proquest.com/openview/d821027bf8d795a9a0fc3d7e784aeb6e/1}},
+  month  = feb,
+  year   = 2026
+}
+
+% MOOSE
+% "That CFD model was coupled with the HeatTransfer module in the MOOSE multiphysics simulation framework..."
+@Article{Spencer_2026,
+  author  = {Benjamin W. Spencer and Yiqi Yu and William M. Hoffman and Dillon R. Shaver and Elia Merzari},
+  title   = {{3D probabilistic fracture mechanics/computational fluid dynamics simulation of a reactor pressure vessel under transient conditions}},
+  journal = {Nuclear Engineering and Design},
+  month   = may,
+  year    = 2026,
+  volume  = 451,
+  number  = 451,
+  pages   = {114845 (xx pages)},
+  note    = {\url{https://doi.org/10.1016/j.nucengdes.2026.114845}}
+}
+
 % MOOSE
 % "The constitutive equations in Section 2.4 were implemented as a material model in ... MOOSE..."
 @Article{Karan_2026,