Sentence examples for simulate the architecture from inspiring English sources

Techniques to visually simulate the architecture of rice plant and its growth process are presented based on the analysis of the morphological characteristics at different stages.

We have prepared Ag nanosphere/oligo phenyleneethynylene)/Ag sol (AgNS/OPE/Ag sol) and Ag nanowire/oligo phenyleneethynylene)/Ag sol (AgNW/OPE/Ag sol) sandwiches to simulate the architecture of a molecular electronic device.

(7 PECES invokes Access/CPN tool [23] to simulate the architecture model.

Furthermore, electrospinning accompanying nanotechnology process emerges as a versatile and particular technique to form fibers with diameter in the range from µm down to nm to produce fiber substrates that simulate the architecture of native extracellular matrix (ECM) (Irani et al. 2013; James et al. 2008; Kluger et al. 2010).

This result is in agreement with previous reports showing that cells cultured as 3D-spheroids are associated with a microenvironment characterized by gradients in O2, pH, and nutrients, which simulates the architecture of tumors better than the 2-D or monolayer cell culture model [ 27, 28, 38].

These hybrid hydrogels may have potential applications as novel in vitro scaffolds for tissue engineering, in which the inorganic nanoparticles can simulate the nanostructured architecture of the extra-cellular matrix.

The Cellular Automata for Turbidite systems (CATS) model is intended to simulate the fine architecture and facies distribution of turbidite reservoirs with a multi-event and process-based approach.

To perform this analysis, we adopt an iterative analysis approach in which we model and simulate the mission architecture, assess its feasibility, implement any applicable modifications while attempting to remain within the constraints set forth by Mars One, and then resimulate and reanalyze the revised version of the mission architecture.

Computational musculoskeletal (MSK) models – 3D graphics-based models that accurately simulate the anatomical architecture and/or the biomechanical behaviour of organ systems consisting of skeletal muscles, tendons, ligaments, cartilage and bones – are valued biomedical tools, with applications ranging from pathological diagnosis to surgical planning.

Its experimental fractions (18 , 24 30, 36, and 42 runs) defined by UDs were used to simulate the neural architectures.

We use VisualSim and Heptane tools to model and simulate the target architectures running FFT, MI, and DFT applications.