The Mechanical Behaviour of Brain Tissue

The mechanical behaviour of brain tissue: large strain response and ...

The immediate loss of structural integrity, due to large deformations, influencing the mechanical behaviour of brain tissue, at the time scale of loading, is ...

(PDF) The mechanical behavior of brain tissue: Large strain ...

Results from oscillatory shear experiments with a strain amplitude of 0.01 and frequencies ranging from 0.04 to 16 Hz are given. The immediate loss of ...

Modelling the rate-dependent mechanical behaviour of the brain ...

A new modelling approach is employed in this work for application to the rate-dependent mechanical behaviour of the brain tissue, as an incompressible ...

The Mechanical Behaviour of Brain Tissue: Large Strain Response ...

The non-linear mechanical behaviour of porcine brain tissue in different deformation modes is de- termined. An improved method for rotational shear experiments ...

Characterisation of the mechanical behaviour of brain tissue in ...

No validated, generally accepted data set on the mechanical properties of brain tissue exists, not even for small strains. Most of the experimental and ...

Brain Tissue Mechanical Properties | SpringerLink

Decades of research on brain tissue mechanics has established that brain tissue is a very soft, nonlinearly viscoelastic solid material, with a ...

The Mechanical Behaviour of Brain Tissue: Large Strain Response ...

The non-linear mechanical behaviour of porcine brain tissue in different deformation modes is de- termined. An improved method for rotational ...

The mechanical behaviour of brain tissue: large strain response and ...

The non-linear mechanical behaviour of porcine brain tissue in large shear deformations is determined and an improved method for rotational shear ...

Mechanical properties of brain tissue based on microstructure

In the current study, two indentation protocols were used to analyze the microstructure and transient/average mechanical behaviors of cortical tissues ...

Mechanical Properties of Brain Tissue: Characterisation and ...

Finite Element (FE) models are being developed, in order to predict the mechanical response of the contents of the head during impact. To obtain accurate ...

The mechanical behaviour of brain tissue : large strain response ...

The non-linear mechanical behaviour of porcine brain tissue in large shear deformations is determined.An improved method for rotational shear experiments is ...

Mechanical Characterization of Brain Tissue in High-Rate ... - J-Stage

However, accurate data on the mechanical behavior of brain tissue under impact loading condition are sparse. In this study, mechanical properties of porcine ...

The mechanical behaviour of brain tissue: large strain response and ...

The non-linear mechanical behaviour of porcine brain tissue in different deformation modes is determined. An improved method for rotational shear experiments is ...

Region and species dependent mechanical properties of adolescent ...

This is the first time that the viscoelastic properties of brain tissue have been shown to be dependent on age, species, region, and rate for ...

[PDF] Mechanical behaviour of brain tissue | Semantic Scholar

12 Citations · Analysis of loading curve characteristics on the production of brain deformation metrics · The mechanical behaviour of brain tissue: large strain ...

The effects of post-mortem time and sample preparation

Since the early seventies, the material properties of brain tissue have been studied using a variety of testing techniques. However, data reported in ...

Characterizing Multiscale Mechanical Properties of Brain Tissue ...

Watch this Scientific Journal Video about Characterizing Multiscale Mechanical Properties of Brain Tissue Using Atomic Force Microscopy, ...

Brain Tissue Mechanical Properties - OUCI

List of references · Bilston, L.E., Clarke, E.C., et al.: Brain tissue mechanical properties—making sense of 5 decades of test data. · Bilston, L.E., Liu, Z., ...

Modelling the rate-dependent mechanical behaviour of the brain ...

It therefore seems appropriate for the literature to contemplate moving on from the Ogden model in (quasi-static) brain tissue biomechanics.

Modelling of Brain Tissue Mechanical Properties: Bi–Phasic Versus ...

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