Nanoscale material phenomena parallel atomistic simulation. Medical search. Frequent questions

Indeed, theoretical characterization from either first-principles or approaches that are more empirical are likely to provide important information in parallel to the experimental determinations. (european-mrs.com)
Andres Jaramillo-Botero (born March 28, 1964) is a Colombian-American scientist and professor, working in computational chemical physics, known for his contributions to first-principles based modeling, design and characterization of nanoscale materials and devices. (wikipedia.org)
His contributions span multiple fields of study, including: molecular hypervelocity impact phenomena in space missions, dynamics of materials in extreme conditions (non-adiabatic behavior), first-principles based atomistic and coarse-grain force field methods to study complex chemical processes, low-temperature crystalline thin film growth and characterization, single-molecule sensing and actuation nanodevices, and computational dynamics methods in large-scale multi body systems (from atomistic to continuum). (wikipedia.org)
Topics will include: micromachining/microfabrication techniques, micro sensing and actuation principles and design, MEMS modeling and simulation, and device characterization and packaging. (utoronto.ca)

A Quantitative Technique to Compare Experimental Observations and Numerical Simulations of Percolation in Thin Porous Materials. (mtu.edu)
Altogether, these results outline the potential of both microfuidic confocal observations and numerical simulations at the single sweat pore level to understand why aluminium polycations are so efcient for sweat channel plugging. (espci.fr)

At California Institute of Technology (Caltech), he is a key Scientist of the Chemistry and Chemical Engineering division, and the Director of Multiscale Science and Simulation in the Materials and Process Simulation Center. (wikipedia.org)
The Computational Materials Science Lab, directed by Guofeng Wang, PhD, focuses on developing and applying multiscale computational methods for the acceleration, achievement, and amplification of scientific discoveries in material science. (pitt.edu)
The employed multiscale computational methods include electronic structure calculation, atomistic dynamic modeling, and finite element analysis. (pitt.edu)
The attention is focused on heterogeneous/multiscale/multiphase/multifunctional materials and fluids, and their behaviour especially in the framework of coupled field problems. (solmech.pl)
Non-conventional techniques for solving coupled field problems for heterogeneous/multiscale/multiphase/multifunctional materials and fluids (computational aspects including implementation and hardware/software point of views). (solmech.pl)
New set-ups for experimental testing of heterogeneous/multiscale/multiphase/multifunctional materials and fluids (miniaturised equipment, digital imaging, etc. (solmech.pl)

We employ a full suite of experimentally validated theoretical and numerical tools to achieve this feat. We develop advanced theoretical techniques, numerical algorithms, and novel computational frameworks to conduct large-scale modeling and simulation of materials response. (pitt.edu)
The emphasis of our research is on the investigation and prediction of physical aspects of materials behavior, for which we often need to develop novel numerical techniques. (pitt.edu)
The primary objective of the Computational Transport Phenomena Laboratory, under the direction of Peyman Givi, PhD, is to conduct theoretical research in fluid mechanics, combustion, heat and mass transfer, applied mathematics, and numerical methods. (pitt.edu)
In the context of scientific simulation, some computational tools (codes) are built as an assembly of (physical) models coupled in a numerical framework. (cea.fr)
These models and their coupling use data sets fitted on results given by experiments or fine computations of "Direct Numerical Simulation" (DNS) type in an up-scaling approach. (cea.fr)
The thesis will be hosted by the Severe Accident Modeling Laboratory (LMAG) of the IRESNE institute at CEA Cadarache, in a team that is at the top of the national and international level for the numerical study of corium-related phenomena, from its generation to its propagation and interaction with the environment. (cea.fr)
After verifying the numerical qualities of the method, the last application step will consist of building a simulation of the degradation of a core immersed in its primary tank ('pool' configuration) allowing the method followed to be validated. (cea.fr)
The development of numerical methods to simulate the behavior of materials and components completes these competencies. (rub.de)
Since the rise of high performance computing, numerical simulations are an integral part of material science. (univie.ac.at)

Those approaches range from atomic-level first-principles methods to tight-binding models and molecular dynamics (MD) simulations. (european-mrs.com)
Molecular dynamics simulations for uniaxial tension of Cu/Gr showed limited accumulation of dislocations at the film/substrate interface, which makes the fatigue induced crack formation and propagation through thickness of the film difficult in this materials system. (mrs.org)
Herein, classical molecular dynamics simulations are performed to investigate the effect of edge mode on mass sensing for a doubly clamped strained graphene resonator. (mdpi.com)
We show that the mitigation of finite-size effects that typically skew the predicted melting temperatures in DFT-TPC simulations in excess of several hundred kelvin requires models with â ¼16â ¯000 atoms and >100 ps molecular dynamics trajectories. (bvsalud.org)
For the event we will focus on the areas spanning from atomistic simulation, to molecular dynamics, to the cellular level. (mkon.nu)
The Human Brain Project's results in the topics Neurotech and Atomistic and molecular dynamics in the brain spell opportunities for innovative industry and clinical developments and for pushing the scientific envelope for brain scientists and technologists alike. (mkon.nu)

Current research projects in the lab include (a) developing novel electro-catalysts for polymer electrolyte membrane fuel cells, (b) simulating surface segregation phenomena in various alloy systems, (c) modeling mechanical deformation process in nanomaterials, (d) investigating material failure mechanisms in rechargeable Li-ion battery, and (e) studying the structure/property relation of polymer materials. (pitt.edu)
Properties of nanomaterials such as reactivity, melting point, fluorescence, mechanical strength, and electrical conductivity can be altered at the nanoscale, making it difficult to predict how these materials interact with humans and the environment. (solmech.pl)
Advanced computational simulations to theoretically explain the specific physical and chemical properties of the nanomaterials and to predict new ones. (solmech.pl)

This Special Issue also focuses on the material science aspects and applications of high-entropy alloy (HEA), bulk metallic glasses (BMGs), and intermetallic alloy. (mdpi.com)

Currently our research activities span two application areas: A) Biomechanical behavior of native tissues and biodevices and B) Electro-chemo-mechanical response of advanced energy storage materials. (pitt.edu)
High-speed loading scenarios in behavior analysis of materials and structures. (solmech.pl)
This Special Issue will mainly focus on the electro/thermomechanical and physicochemical behavior of advanced engineering materials, including but not restricted to metal-organic frameworks (MOFs) and carbon-based composites, custom-made membranes, smart multifunctional coatings, and 3D fiber networks, amongst others. (mdpi.com)

A general objective of our research is to provide quantitative descriptions of the relationship between the measurable features of the microstructure of materials systems and their macroscopic failure response. (pitt.edu)
While these approaches have many advantages it is often difficult to naturally incorporate atomistic features, such as dislocations, grain boundaries and crystalline anisotropy (particularly in polycrystalline materials), that can alter both microstructure formation and material properties. (warwick.ac.uk)
It is distinguished from many other porous media, such as sandstones or bone, in that its microstructure and bulk material properties depend strongly on temperature. (uchicago.edu)

The world's first high-bias quantum mechanical, simulations of scattering enhanced charging and charge self-consistency of holes and electrons [ J_1995_1 - J_1998_7 , P_1995_4 - P_1998_1 ] for RTDs were generated. (purdue.edu)
We describe a new nanoscale design principle using hyperconnected molecular architectures to achieve remarkable mechanical properties controlled by designing connectivity into the intrinsic molecular structure in innovative ways. (mrs.org)
Recent advances in nano-manipulation, environmental TEM and MEMS allow us to investigate coupled mechanical and electrochemical phenomena with unprecedented spatial and temporal resolutions. (mrs.org)
These experiments greatly complement our modeling efforts, and together they help provide insights into how materials are transformed in synthesis and how they behave in service due to combined electrochemical-mechanical forces. (mrs.org)
My research focusses on the development of new materials containing hard phases with improved mechanical, tribological and chemical properties. (rub.de)
Furthermore, the process qualification of new materials, the improvement of mechanical properties by influencing the material structure on the one hand and optimization of the surface structure on the other hand as well as hybrid part concepts and their qualification are within the R&D scope of HAM. (rub.de)
His research interests focus on using theory, modelling and computation as tools to study the relationship between structures and properties of materials with applications in materials design, materials processing and manufacturing, property engineering, mechanical-thermal coupling, mechanical-electronic coupling, and mechanical properties of biomaterials et al. (a-star.edu.sg)
The topic of the mini-symposium covers the civil and mechanical engineering issues among others, such as infrastructure safety, durability safety of mechanical systems, or crashworthiness abilities of materials and structures. (solmech.pl)
The theoretical basis for the description of intermolecular interactions and their consequences are treated using both quantum chemical calculations and statistical mechanical simulations. (lu.se)

Jaramillo-Botero is recognized for the development and application of first-principles physicochemical based methods to understand, characterize, design and optimize nanoscale materials and materials' phenomena, devices and systems. (wikipedia.org)
The ability to design, manipulate, characterize and fabricate materials at the nanoscale is a central goal of the sessions of this conference. (solmech.pl)

They describe transient physical phenomena in which the temporal aspect is important. (cea.fr)
We have reliable children for the coordination of temporal simulations sales. (enchantlegacy.org)

He specialises in the engineering and application of semiconducting materials such as III-V and transition-metal dichalcogenides (2D materials), as well as transparent conductive oxides, for the benefit of nanoelectronics, multifunctional materials systems, 3D integration and renewable energy harvesting. (ucc.ie)
Multifunctional materials and composites are designed to achieve higher functionality compared to that of each of their components separately, since the best attributes of the individual materials can be grouped together to create brand-new materials that have a broader spectrum of desired properties. (mdpi.com)
Therefore, scientists are now attempting to produce these materials and recreate high-performing systems in labs by designing artificial multifunctional materials which combine metallurgical sciences and engineering know-how. (mdpi.com)

Optimized material parameters (see below) resulted in good experimental agreement for optical transitions in colloidal quantum dots [ J_2001_4 , J_2002_3 ]. (purdue.edu)
For material development I use both computer-based and experimental methods. (rub.de)
A "bottom-up" decomposition of C 10 E 4 into the smallest fragment molecules (particles) that satisfy chemical intuition leads to convincing simulation results which agree with experimental findings for bilayer formation and thickness. (biomedcentral.com)

Atomistic Nanoelectronic Modeling in 3-D - Prototype development of a bottom-up nanoelectronic modeling tool that enables the analysis of the electronic structure in a nano-scale system based on the representation of each individual atom in the structure. (purdue.edu)
Moreover, the lab can access the high performance computing clusters managed by the Center for Simulation & Modeling at the University of Pittsburgh. (pitt.edu)
Primary research interest of the Computational Solid Mechanics Laboratory, led by Spandan Maiti, is predictive modeling and simulation of fracture and failure of complex materials. (pitt.edu)
Applying theory, modeling and lab-on-a-chip microscopy, together with cost modeling, can judiciously guide the scalable production of high-performance energy materials. (mrs.org)
Students will be required to complete a MEMS design term project, including design modeling, simulation, microfabrication process design, and photolithographic mask layout. (utoronto.ca)
Together with atomistic modeling, it is shown that such a multi-interface transformation results from the surface-reaction-induced formation of oxygen vacancies that diffuse into deeper atomic layers, thereby resulting in the formation of the lower oxides of Cu2 O and m-Cu4 O3 , and activate the interfacial transformations. (bvsalud.org)

Micro and Nano robotics is an interdisciplinary field which draws on aspects of microfabrication, robotics, medicine and materials science. (utoronto.ca)
In addition to basic background material, the course includes case studies of current micro/nano-systems, challenges and future trends, and potential applications. (utoronto.ca)
Plasma & Nano-materials Processing Lab. (skku.edu)

Vinaykumar Konduru and Jeffrey S. Allen, "Material and Morphological Heat Transfer Properties of Fuel Cell Porous Transport Layers," Journal of Electrochemical Society, Sep 2017, Vol. 164, No. 13, pp. (mtu.edu)

On mesoscopic length scales, sharp interface descriptions are often used to describe such phenomena. (warwick.ac.uk)
In this approach interfaces or domain walls are replaced with boundary conditions that are then coupled to equations used to describe bulk phenomena, such as diffusion. (warwick.ac.uk)
Some severe accident simulation codes describe each step / interaction individually while others describe the whole accident sequence. (cea.fr)

The scope of the present symposium is to offer a survey of the most advanced modelling approaches exploited to gain fundamental and practical insights for a wide range of functional materials for multiple technological applications (optoelectronics, energy, biomaterials). (european-mrs.com)
Approaches to modelling some of these phenomena will be presented, e.g. bioconvection and some possible mechanisms for energy balance and long range coherence required for "turbulence" at low Reynolds Number. (uchicago.edu)
He leads the research institute to advance scientific knowledge, and deliver impact to the industry and society through research in modelling and simulation, visualisation and AI. (a-star.edu.sg)
The papers of various characters are welcome, that is, not only regarding modelling the phenomena or performing the simulations, but related with field or laboratory experiments. (solmech.pl)

The atomic-level knowledge provided by the combination of high-performance computing and advanced computational methods pave the route for a rational approach, based on an accurate assessment of materials' chemistry and physics, to the design of novel materials with tailored properties for speciﬁc applications in next-generation technologies. (european-mrs.com)
High-performance computing and advanced computational methods can offer nowadays an important contribution to the European Community Materials Research. (european-mrs.com)

Our effort is directed to unlock fundamental mechanisms responsible for damage, tear, and ultimate failure of these complex materials subjected to not only normal, but also altered multi-physics operating environment. (pitt.edu)
The aim of the course is to introduce photocatalysis as a phenomena, give fundamental information on photocatalytic reaction and design of photocatalytic processes and how the photocatalysis works as a practical tool for several environmental and industrial applications. (kfs.edu.eg)
Its mission is to develop fundamental theory, algorithms, and computer codes in order to understand, predict, and design materials properties and functions. (psi-k.net)
The fundamental constituents of modern topography simulation were introduced: The LS method, and reactive transport models, as well as their interface through the surface advection velocity field. (tuwien.ac.at)
However, to achieve these technological advances, a detailed understanding of the fundamental properties and functionality of those materials is still required. (mdpi.com)

The goal of these innovating methods is to investigate structural, dynamical, optical and electronic localization properties of specific materials of interest for next-generation devices (optoelectronics, energy harvesting and storage, spin or heat transport, thermoelectricity, biomaterials) coping with the current need for a sustainable technology. (european-mrs.com)

For example, we will consider applications in nanosciences and nanostructure materials, bulk, surfaces and interfaces, disordered and low-dimensional materials including graphene and bi-dimensional materials, organic molecules on metallic or oxide surfaces, magnetic and spin cross-over molecules, self-assembled molecular networks, and biological molecules. (european-mrs.com)
Here we demonstrate that the non-Hermitian skin effect is not a topological phenomenon in general: when translation symmetry is broken by a single non-Hermitian impurity, skin modes are depleted at the boundary and accumulate at the impurity site, without changing any bulk invariant. (quantumtinkerer.group)
Nanoparticles may or may not exhibit size-related properties that differ significantly from those observed in fine particles or bulk materials [ 1 ] . (encyclopedia.pub)

This involves length scales from the atomistic to large ocean waves. (edu.au)

The performed quantum chemical simulations reveal a pronounced enhancement of the Raman intensity under non-resonant and resonant conditions with respect to the uncharged reference system, while the contribution of charge transfer phenomena and of locally excited states of SnPc is highly dependent on the tip's charge. (aip.org)

We present a systematic method to design arbitrary energy-phase relations using parallel arms of two series Josephson tunnel junctions each. (quantumtinkerer.group)
He heads the Institute of Materials Research in Cologne and the Institute of Structures and Design in Stuttgart and Augsburg. (rub.de)
Materials discovery and scientific design by computation: what does it take? (sciencesconf.org)
Furthermore, due to the enormous potential for engineering applications, significant work has been devoted to investigating the properties of different microstructural change materials with the particular aim to design excellent characteristic materials. (mdpi.com)

Many-body effects in simulations of ionic liquids. (uni-stuttgart.de)

Nanoscale metal-graphene nanolayered composite is known to have ultra high strength due to its ability to effectively block dislocations from penetrating through the metal/graphene interface. (mrs.org)
Especially, our current research addresses the functionalization of surfaces by laser ablation and/or modification (e.g. flexible electronics based on graphene or other 2D materials which can be tailored according to the surrounding materials). (rub.de)

This simulator will enable the analysis of the electronic structure and optical response in a variety of different crystal structures and material systems. (purdue.edu)
In the area of laser materials processing we have strong and long term expertise in the use of ultrashort laser pulses and their interaction with different kind of materials in order to pattern surfaces or to generate structures with smallest dimensions of a few micrometer. (rub.de)
The research portfolio spreads across the fields of metallic, ceramic and hybrid structures and materials, aerogels and aerogel-composites, thermoelectric systems and high-temperature and functional coatings. (rub.de)
Innovative approaches to the process simulation of failure of materials and structures under a complex system of loadings. (solmech.pl)

Material Science: what is the best parameterization of a tight banding bandstructure model to achieve the proper representation of basic material properties such as bandgaps and effective masses? (purdue.edu)
Computer Simulations of Static and Dynamical Properties of Weak Polyelectrolyte Nanogels in Salty Solutions. (uni-stuttgart.de)
In principle, I consider the question of the relationship between the chemical composition and the stability of individual phases, the production-related structure formation processes and the associated material properties. (rub.de)
For magnetic materials the micromagnetic model has proven to be an excellent tool for the description of static properties of well as the dynamics of the magnetization on the nanoscale. (univie.ac.at)
Structural disorder causes materials' surface electronic properties, e.g., work function ([Formula: see text]), to vary spatially, yet it is challenging to prove exact causal relationships to underlying ensemble disorder, e.g., roughness or granularity. (sandia.gov)

He is also a Clarivate Analytics Highly Cited Researcher (2018) and an Editorial Member for Advanced Theory and Simulation and International Journal of Applied Mechanics. (a-star.edu.sg)

Parallelization of Mars Imaging Software (MER) - Convert existing serial Mars imaging software (e.g. mosaic generation from many images, left/right eye correlation for two images) to efficient parallel code. (purdue.edu)
The hippocampus works all the simulations a many correlation simulations with GPS Maths and a back featured insight to demonstrate you around. (enchantlegacy.org)

Genetic Algorithm-Based Optimization and Synthesis - Develop an optimization and synthesis tool based on a massively parallel genetic algorithm (GA) and incorporate various high level simulation tools into the tool box. (purdue.edu)

We study the evolution and ultimate failure of these materials operating in a multi-physics milieu. (pitt.edu)
For Majorana physics, a central ingredient is the proximity effect induced by a superconductor in some attached material. (mrs.org)
They explore advanced materials and the application of physics to solve challenges of modern society, related to environmental monitoring, energy storage, imaging and measurement tools for materials research or the life sciences or in future of communication and computation technologies. (univie.ac.at)

Also material systems composing of metals and polymers have been used in LMD to generate hybrid or graded components. (rub.de)
Image of a nanopatterned polymer brush obtained from computer simulation, showing flexible polymers (red) grafted onto a narrow stripe (gray) of a planar surface. (lu.se)

It focuses simulations contain fewer coordinates to the &, and in be online chat not to their molecular polarization for article. (sojars593.org)

We develop a theory of magnetic breakdown (MB) near high-order saddle points in the dispersions of two-dimensional materials, where two or more semiclassical cyclotron orbits approach each other. (quantumtinkerer.group)

Hence, another goal of the symposium is to present a general overview of theory and simulation contribution in the field. (european-mrs.com)

New article on the force-dependent elastic constants of nucleic acids out in Nanoscale! (salvatoreassenza.com)

He has simulated the CFO for a download die volkswirtschaftliche bedeutung of client and method projects where he is used work chemicals, were Here with open- couplings, showed applications to Dynamic book phenomena, issued innumerable stresses and simulated relations & companies. (enchantlegacy.org)
A second talk will illuminate the role of advanced materials in engineering the neural probes used in these applications. (mkon.nu)
Innovations and medical applications from this productive circle between brain- and technology research have economic impact, and crucially address major societal issues like the growing burden of brain diseases in Europe aging societies, now exacerbated by the "brain-fog"-phenomenon after Covid-19 infection. (mkon.nu)
Applications encompass inorganic, organic and bio-materials, and cover a whole range of diverse scientific, engineering, and industrial endeavours. (psi-k.net)
Nevertheless, these materials have great potential in engineering applications and can help to reduce the dimension, weight, and energy consumption of components while enhancing their safety and versatility, thus improving their performance. (mdpi.com)
Research groups are thus encouraged to create next-generation materials by designing and developing a wider range of functional and structural applications, thus tackling the present and future challenges in energy conversion, environmental sustainability, and healthcare promotion. (mdpi.com)

Dissipative particle dynamics (DPD) is a mesoscopic simulation technique for isothermal complex fluids and soft matter systems. (biomedcentral.com)

This will be achieved mainly by means of our coarse-grained model MADna , which provides an accurate sequence-dependent description of the elasticity and conformation of double-stranded DNA based on a recent extensive dataset of all-atom simulations. (salvatoreassenza.com)

This symposium will meet the challenge of assessing the role of chemical bonding in complex materials by employing as a theoretical endeavour, a survey of advanced computational approaches. (european-mrs.com)

This course discusses the various top-down and bottom-up approaches to synthesizing and processing nanostructured materials. (kfs.edu.eg)

However, general nanoscale electronics problems such as interface roughness, randomized impurities and radiation effects are to be tackled as well. (purdue.edu)
First-principles based Monte Carlo calculations explain the origin of this active site ensemble size tuning effect, and this work serves as a demonstration of what should be a general phenomenon that enables in situ control over catalyst selectivity. (nature.com)
Wang-Landau Reaction Ensemble Method: Simulation of Weak Polyelectrolytes and General Acid-Base Reactions. (uni-stuttgart.de)

Between 2002 and 2004, Jaramillo-Botero was a National Science Foundation (NSF) Fellow in the Nanoscale Science and Engineering program from the Institute for Pure and Applied Mathematics (IPAM), an NSF funded institute located on the University of California, Los Angeles (UCLA) campus. (wikipedia.org)
and Department of Materials Science and Engineering at National University of Singapore. (a-star.edu.sg)

over, we review three n-type and unrivaled sequence-level times download worlds: catalog material defect, quantum coarse-graining nucleation and strong and electrophysiological AX. (enchantlegacy.org)

In parallel, machine-learning algorithms for materials screening would give a nice opening on future methodological perspectives in Materials Science. (european-mrs.com)

This download die volkswirtschaftliche bedeutung des wirtschaftsprüfers und die Anisotropic types neuroscience of end( SOS) gives complicated for a not larger study of simulations and plots than our just requested EOS with a substantial fifteen terms or that of Angus et al. (enchantlegacy.org)
In this work, simulations have been performed on the receptor binding domain of SARS-CoV-2 spike glycoprotein to study what residues are more susceptible to be attacked by ·OH, which is one of the most reactive radicals associated to oxidative stress. (ibecbarcelona.eu)

Insight into the origin of this phenomenon is obtained by studying coarse-grained depth models of the hill-valley profile of the underlying surfaces. (uchicago.edu)
This ability is those deaths and services with available biomolecules, materials, and insight scientists been in the industry minimum. (sojars593.org)

The influence of molecular fragmentation and parameter settings on a mesoscopic dissipative particle dynamics (DPD) simulation of lamellar bilayer formation for a C 10 E 4 /water mixture is studied. (biomedcentral.com)
A scaling of the mutual particle-particle repulsions that guide the dynamics has negligible influence within a considerable range of values but exhibits apparent lower thresholds beyond which a simulation fails. (biomedcentral.com)

Achieve unprecedented high fidelity resolution of carrier transport through 1-D heterostructures and uncovered quite unintuitive quantum transport phenomena [ J_2001_1 , J_2002_5 , J_2001_3 ]. (purdue.edu)
Based on the two processes Selective Laser Melting (SLM) and Laser Materials Deposition (LMD) scientists at our chair were able to generate first components of high entropy alloys (HEA) with up to five equally distributed (refractory) elements in the powder blend. (rub.de)
The chair deals with material modifications and investigations and has a high level of expertise in beam-matter interaction within the additive manufacturing process. (rub.de)

Material development takes into account aspects of metallurgy as well as technological constraints such as resource efficiency, cost-effectiveness and processability. (rub.de)

Understanding this phenomenon will allow us to get a homogeneous film or to control it to get structured materials. (espci.fr)
In parallel, we calculate the energy levels of defects and transition metal substitutions in GaN to gain a better understanding of the sources of single photon emission in GaN and AlN. (sandia.gov)

Since 2011 I have been working as a research group leader at the Institute of Materials Technology of the Ruhr University Bochum. (rub.de)
He also received the Masters of Engineering Science degree in 2002 part-time while working full-time within the research and development industrial sector, and the Ph.D. degree in 2007 (full-time) in the area of materials science, both from the University of Ireland, Cork, Ireland. (ucc.ie)
We will present tools for simulation offered on our research infrastructures EBRAINS and Fenix. (mkon.nu)
Current research includes the control of energy converters, dynamically unstable mobile platforms, and parallel and serial manipulators. (edu.au)

This presentation concerns the astonishing diversity of individual and collective dynamic phenomena exhibited by swimming bacteria ( Bacillus subtilis ), at concentrations ranging from dilute to close-packed. (uchicago.edu)
For mapping of concentrations to molecule numbers in the simulation box particle volume scaling should be taken into account. (biomedcentral.com)

Anatomy8

Organisms3

Diseases1

Chemicals and Drugs50

Analytical, Diagnostic and Therapeutic Techniques and Equipment70

Phenomena and Processes65

Disciplines and Occupations18

Anthropology, Education, Sociology and Social Phenomena1

Technology, Industry, Agriculture44

Humanities1

Information Science22

Health Care11

Characterization4

Observations and Numerical Simulations2

Multiscale6

Numerical9

Molecular dynamics6

Nanomaterials3

Alloy1

Behavior3

Microstructure3

Mechanical9

Characterize2

Temporal2

Multifunctional materials3

Experimental3

Modeling6

Nano3

Electrochemical1

Describe3

Modelling4

Computational methods2

Fundamental5

Biomaterials1

Bulk3

Scales1

Quantum chemical1

Design4

Ionic1

Graphene2

Structures4

Properties5

Applied Mechanics1

Correlation2

Incorporate1

Physics3

Polymers2

Focuses1

Semiclassical1

Theory and simulation1

Elastic1

Applications6

Systems1

Atom1

Chemical1

Approaches1

General3

Science and Engineering2

Defect1

Algorithms1

Study2

Insight2

Dynamics2

High3

Metallurgy1

Understanding2

Research4

Concentrations2