Biomedicals

modeFRONTIER provides crucial informations to specialists and bio-engineers in Biomedical industry. In fact, it helps the design and development of diagnostic and corrective systems, i.e. blood pressure device design and bone implant interface.

Finite element reconstruction of real world aortic injury
Aditya Neelakanta Belwadi (Wayne State University)
Feb 2012 The aim of the stury is to augment the knowledge of aortic injury biomechanics. To further understand the factors affecting aortic strain, a design of computer experiments (DOCE) study was performed on 16 different combinations of five design factors generated using a Latin Square method in modeFRONTIER 4.0 read on Finite element reconstruction of real world aortic injury
A Computer Simulation of Neck Injury Biomechanics
Na Li, Jian Xin Liu (Central South University - China)
Feb 2011 Using modeFRONTIER scientists are able to optimize mechanical parameter to better analyze medical data. The most advanced material data available were then incorporated using appropriate nonlinear constitutive models to provide accurate predictions of response at physiological levels of loading. read on A Computer Simulation of Neck Injury Biomechanics
A Stochastic Visco-hyperelastic Model of Human Placenta Tissue
JINGWEN HU, KATHLEEN D. KLINICH, CARL S. MILLER , JONATHAN D. RUPP, GISELI NAZMI,2 MARK D. PEARLMAN,2 and LAWRENCE W. SCHNEIDER (University of Michigan)
Nov 2010 This study presents a new method of developing a stochastic viscohyperelastic material model of human placenta tissue using a combination of uniaxial tensile testing, specimen-specific finite element (FE) modeling, and stochastic optimization techniques. read on A Stochastic Visco-hyperelastic Model of Human Placenta Tissue
Multi-disciplinary Design Optimization for Human Well- Being and Overall System Performance
G.A.Duffett (APERIO Tecnología en Ingeniería), H. Badillo (APERIO Tecnología en Ingeniería), S. Carbes (AnyBodyTechnology), A. Kiis (AnyBodyTechnology)
Sep 2008 In past decades the simulation results of vehicle impacts have reached high confidence levels. However, impact simulation remains computationally expensive, even though it is commonly used. Surrogate model or response surface based design optimization has been widely adopted as a common process in automotive industry, as large-scale, high fidelity models are often required. read on Multi-disciplinary Design Optimization for Human Well- Being and Overall System Performance
The Impact of Multi- Objective Numerical Optimization in Biomedical Engineering
Luca Fuligno (Enginsoft), Alberto Clarich (ESTECO)
Jul 2008 This article focuses mainly on the application of design of experiments, multi-objective optimization and robustness analysis technologies. At first, a brief overview of these techniques is given, to show how they were applied to solve several biomedical engineering problems. Then an example is presented, showing the application of these techniques in the design of an artificial lung. read on The Impact of Multi- Objective Numerical Optimization in Biomedical Engineering
Short-Term Memory Trace in Rapidly Adapting Synapses of Inferior Temporal Cortex
Yasuko Sugase-Miyamoto, Zheng Liu, Matthew C. Wiener, Lance M. Optican, Barry J. Richmond
May 2008 To know whether one is looking at an object seen a few seconds ago or not depends on visual short-term memory. The scalar matched filter model used for the data analysis has no parameters. Three noise parameters were fit to the data using the simplex algorithm in modeFrontier. read on Short-Term Memory Trace in Rapidly Adapting Synapses of Inferior Temporal Cortex
Blood Pressure Measurements Device Design

The objective of this optimisation is to find The best compromise between pressure losses and pressure uniformity on a blood pressure measurement device. The geometric model is defined in fig.1, from which it is possible to note that we consider 6 variables: the 2D ellyptical section semiaxes, the position and the the angle of incidence of the inlet and outlet pipes. read on Blood Pressure Measurements Device Design

Navigation

Navigation

Biomedicals

Finite element reconstruction of real world aortic injury

A Computer Simulation of Neck Injury Biomechanics

A Stochastic Visco-hyperelastic Model of Human Placenta Tissue

Multi-disciplinary Design Optimization for Human Well- Being and Overall System Performance

The Impact of Multi- Objective Numerical Optimization in Biomedical Engineering

Short-Term Memory Trace in Rapidly Adapting Synapses of Inferior Temporal Cortex

Blood Pressure Measurements Device Design

Applications

NEWSLETTER - sign up!

Search

Navigation

You are here:

Navigation

Biomedicals

Applications

NEWSLETTER - sign up!