wordpress statistics

RSSAll Entries Tagged With: "simulation"

post thumbnail

U type 1 hole for trapping cells

Using 3T3 cells as a model system, the motion of each individual cell was calculated using a one-way coupled Lagrangian method. The cell was assumed to be a solid sphere, and interactions with other cells were only considered when a cell sedimented in the trap. The ordinary differential equations were solved along the cell trajectory […]

post thumbnail

flat type seive for trapping cells

The “flat-type sieve” consists of an array of nine sieves arranged in a symmetric diamond-shaped pattern. Under simulated conditions, sieves closer to the chamber entrances captured cells well for both geometries, while the downstream sieves remained empty. related article: Building a Better Cell Trap: Applying Lagrangian Modeling to the Design of Microfluidic Devices for Cell […]

post thumbnail

CPU Technology Company Introduction

This video introduces you to CPU Technology, a leader in System-on-Chip technology and real-time simulation. Duration : 0:7:55

post thumbnail

OMPF subunit 2 ns BD simulation (top)

LINCS implemented for Brownian dynamics simulation tool with non-periodic Poisson solver (PM force) and including Coulombic and Van der Waals interactions (PP force). No explicit constraint on dihedrals/angles in this one. This is an ongoing investigation effort at the Electrical Engineering dept of Arizona State University, by the Computational Bioelectronics group (supported by the National […]

post thumbnail

OMPF subunit 2 ns BD simulation (side)

LINCS implemented for Brownian dynamics simulation tool with non-periodic Poisson solver (PM force) and including Coulombic and Van der Waals interactions (PP force). No explicit constraint on dihedrals/angles in this one. This is an ongoing investigation effort at the Electrical Engineering dept of Arizona State University by the Computational Bioelectronics group (supported by the National […]

post thumbnail

Nanotube – nanotube interaction

Two (3,3) carbon nanotubes manipulated in real-time. Simulated within Biodesigner/Nanomorph environment using GAFF force field. Duration : 0:0:55

post thumbnail

C60 Fullerene and Carbon Nanotube Interaction

Animation of a C60 fullerene molecule pulled through a short fragment of (10,5) carbon nanotube. Simulated in real-time within Biodesigner/Nanomorph environment using GAFF force field. Duration : 0:1:15

post thumbnail

Carbon nanotube real-time deformation

Real-time deformation of (3,3) carbon nanotube. Simulation performed within Biodesigner/Nanomorph environment using GAFF force field. Duration : 0:0:57