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Xiaogai Li's blog

PhD position at KTH - Stockholm Sweden (extended 22nd May)

Submitted by Xiaogai Li on

Dear colleagues, 

 

Just an update to the previous post on PhD position at KTH (extended to 22nd May)

https://imechanica.org/node/27688

Project title: Finite Element modelling of head injuries among infants and children 

Link to apply: https://www.kth.se/lediga-jobb/814183?l=en

 

Best regards,

Xiaogai Li

PhD positioning opening at KTH - Stockholm Sweden (deadline 8th May))

Submitted by Xiaogai Li on

Dear friends, colleagues,

 

If you happen to know someone who might be interested, please  feel free to share out this Ph.D. position at KTH: 

Project title: Finite Element modelling of head injuries among infants and children 

Link to apply: https://www.kth.se/lediga-jobb/814183?l=en (deadline 8th May)

 

Best regards,

Xiaogai Li

PhD positioning opening at KTH - Stockholm Sweden (deadline 8th May))

Submitted by Xiaogai Li on

Dear friends, colleagues,

 

If you happen to know someone who might be interested, please  feel free to share out this Ph.D. position at KTH: 

Project title: Finite Element modelling of head injuries among infants and children 

Link to apply: https://www.kth.se/lediga-jobb/814183?l=en (deadline 8th May)

 

Best regards,

Xiaogai Li

PhD position within Computatioal Biomechanics at KTH, Stockholm Sweden

Submitted by Xiaogai Li on

A Ph.D. position within computational biomechanics is opening at KTH - Royal Institute of Technology, Stockholm Sweden. 

at the Division of Neuronic Engineering, Department of Biomedical Engineering and Health Systems 

https://kth.varbi.com/en/what:job/jobID:654093/type:job/where:4/apply:1

Deadline 05.Oct.2023

 

Postdoc position opening in computational biomechanics at KTH

Submitted by Xiaogai Li on

Postdoc position opening at KTH, Stockholm Sweden in biomechanics and FE-modelling for fall injury prevention:

https://www.kth.se/en/om/work-at-kth/lediga-jobb/what:job/jobID:464982/where:4/

 Welcome to apply/forward!

PhD Position in Multiscale Brain Injury Modelling at KTH-Stockholm

Submitted by Xiaogai Li on

One PhD Student position in Multiscale brain injury modeling for 4-5 years; expected from March 1, 2021 or according to agreement at KTH Royal Institute of Technology in Stockholm, Sweden.

Eligibility: have basic studies at the MSc level in medical engineering, bio mechanics, engineering physics, mechanical engineering, or the like; Requirements for English equivalent to English B/6.

PhD Position in Computational Biomechanics at KTH-Stockholm

Submitted by Xiaogai Li on

One PhD Student position in Computational Biomechanics for 4-5 years; expected from March 1, 2021 or according to agreement (either earlier or later) at KTH Royal Institute of Technology in Stockholm, Sweden.

Eligibility: Master degree (or at least have obtained 240 ECTs) in Biomedical Engineering, Mechanics, Mechanical or Civil Engineering, Engineering Physics, or similar; Requirements for English equivalent to English B/6.

PhD (scholarship) position at KTH, Sweden in Mechanical engineering/Mechanics/Biomedical Engineering

Submitted by Xiaogai Li on

A Ph.D. position is available through the KTH-China Scholarship Council (CSC) program!

Note: This position is through a joint KTH-China Scholarship Council (CSC) program, thus, is a scholarship Ph.D. position and only opens to students with Chinese citizenship (either overseas or in China).

Subject Area: Mechanical Engineering/Mechanics. Details found in the attached pdf file.
Follow this link to apply https://www.kth.se/en/studies/phd/kth-csc-programme-1.12818

If you are interested or have further questions please contact me at xiaogai [at] kth.se.

How to develop a new constitutive model from scratch?

Submitted by Xiaogai Li on
Dear all  iMechanica,
 
I wonder if there is any good  material on constitutive modeling that explains how to develop a new constitutive model from scratch, e.g. from the experimental data say uniaxial tension and compression. Where should one start to develop a new constitutive model? What laws should the model obey? 
 

Can microscopic coefficients always be derived from macroscopic coefficient (biot effective coefficient, skempton coefficient)?

Submitted by Xiaogai Li on
Can microscopic coefficients always be derived from macroscopic coefficient?

To be more specific, 
alpha: Biot-Willis coefficient, Skempton coefficient 

These two parameters are derived from the macroscopic level which reflects the response of a porous material as a whole, without explicitly taking into account the individual contribution of its solid and fluid constituents.