mpeleehp's blog

I have an opening for a research fellow for two years from Jan 2023 to Dec 2024. The candidate should have the experience of perfroming multi-physics simulations using comsol for the design of a referator system  incorporating LED lightings for the storage of vegetables. The candidate will also need to interact with commercial vendor for the fabrication and installation of the final product. The candidate should have a PhD in Mechanical Engineering or equivalence with the relevant experience in thermo/fluid mechanics. 

I have an opening for a postdoc/research fellow for the modeling and simulations of all solid state batteries. The candidate should have the expertise for modeling and simulations using abaqus, and also familiar with the use of representative volumetirc elements. The opneing will be available from Jan 2023 for a duration of two years. Those who are interested can send the CV and relevant publications to Professor Heow pUeh LEE at mpeleehp [at] nus.edu.sg

I am recruting two Postdocs/Research Fellows for research in sonic cage study. The candidates are required to have some experience in one of more of the following aspects:

1. acoustic simulations using comsol.

2. acousitc measurements using impedance tube. 

3. data acquisition and analysis. 

One of the openings will be available from July 2022 for a duration of three years. The second opening will be available from Jan 2023 for a duration of two years. 

The attached is a piece of work based on mechanics to examine the PK procedure.

https://pubmed.ncbi.nlm.nih.gov/21604219/

There is an anceint saying "A room of many doors will be windy, a person of many works (talkative) will bring disaster". Can this saying be applicable to special cases of maxillary sinus with accessary ostia? Tppically a sinus only has one opening, known as ostium. The air, mucus, can only enter and discharge via this single opening. However, for some, the sinus may have multiple openings, known as accessory ostium. In the work below, we use computaitonal fluid dynamics to examine the effect.

In the past two decades, acoustic metamaterials have garnered much attention owing to their unique functional characteristics, which are difficult to find in naturally available materials. The acoustic metamaterials have demonstrated excellent acoustical characteristics that paved a new pathway for researchers to develop effective solutions for a wide variety of multifunctional applications, such as low-frequency sound attenuation, sound wave manipulation, energy harvesting, acoustic focusing, acoustic cloaking, biomedical acoustics, and topological acoustics.