... transport computational modeling References [1] Fan , T. J. , Xia , L. , and Han , Y. R. , 2001 , “ Mitochondrion and Apoptosis ,” Acta Biochim. Biophys. Sin. , 33 ( 1 ), pp. 7 – 12 . [2] Picard , M. , and McEwen , B. S. , 2018...

...Amit Avhad; Azure Wilson; Lea Sayce; Zheng Li; Bernard Rousseau; James F. Doyle; Haoxiang Luo Subject-specific computational modeling of vocal fold (VF) vibration was integrated with an ex vivo animal experiment of type 1 thyroplasty to study the effect of the implant on the vocal fold vibration...

... of emphasis for the National Institutes of Health (NIH) and in science, broadly. As the use of computational modeling in biomechanics and orthopedics grows, so does the need to assess the reproducibility of modeling workflows and simulation predictions. The long-term goal of the KneeHub project...

... model [ 39 ], an adjoint-based inverse computational method was used. We used dolfin-adjoint 3 to automatically derive the discrete adjoint and tangent linear models from a forward computational model in FEniCS [ 49 ]. This model was employed to estimate the spatially varying parameters ϕ sf , m 0...

... contributions. 01 04 2022 29 08 2022 06 10 2022 oblique seats GHBMC elderly occupant computational modeling aviation safety Federal Aviation Administration 10.13039/100006282 17-G-002 Aviation safety standards are regulated by the Federal Aviation...

...Sheng Chen; Megan R. Routzong; Steven D. Abramowitch; Michele J. Grimm Computational modeling serves an important role in childbirth-related research. Prescribed fetal descent trajectory is a key characteristic in childbirth simulations. Two major types of fully prescribed fetal descent...

...Ahmet Erdemir; Thor F. Besier; Jason P. Halloran; Carl W. Imhauser; Peter J. Laz; Tina M. Morrison; Kevin B. Shelburne Recent explorations of knee biomechanics have benefited from computational modeling, specifically leveraging advancements in finite element analysis and rigid body dynamics...

..., this article argues that the complexity of current research questions and the wealth of information already available about almost any cell, tissue, or organ should change how we approach problems and design experiments. In particular, this paper proposes that constructing a mathematical or computational model...

.... , Underwood , C. J. , Guilkey , J. E. , and Weiss , J. A. , 2013 , “ A Computational Model of In vitro Angiogenesis Based on Extracellular Matrix Fibre Orientation ,” Comput. Methods Biomech. Biomed. Eng. , 16 , pp. 790 – 801 . 10.1080/10255842.2012.662678 [34] Maas , S. A. , Ellis...

... research, relying on a combination of computational modeling, imaging, and biomechanical measurement approaches. Investigators are recognizing the increasing importance of the role of the collagen microstructure in these material properties and are undertaking microstructural measurements to drive...

... presents a matched comparison of experimental test results and computational model outputs including stress, energy, and pressure used to evaluate risk of eye injury. In general, the computational results agreed with the experimental results. A receiver operating characteristic curve analysis was used...

...Joel L. Lanovaz; Randy E. Ellis Knowledge of the behavior and mechanics of a total knee replacement (TKR) in an in vivo environment is key to optimizing the functional outcomes of the implant procedure. Computational modeling has shown to be an important tool for investigating biomechanical...

... algorithms (DSS020 and DSS044) with fourth-order approximations ( 12 13 ). Therefore, the computational model is expressed as a set of ordinary differential-difference equations instead of partial differential equations. The resulting stiff initial-value problem, which can be sparse, is solved quickly...