Allinterest Research Institute

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Allinterest Research Institute

Allinterest Research InstituteAllinterest Research InstituteAllinterest Research Institute
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Founder & Director

Founder & DirectorFounder & DirectorFounder & Director

Dr. David S-K Ting 

University of Windsor

est 1993

Incorporated in Alberta, Canada on June 30, 1993

Contact Us

A recommended reading:

 

 @ Amazon, type "Anak Borneo" and get a copy of

 "The Pursuit of a Bornean by Anak Borneo."

Regional Director for South Africa

Dr. Tafadzwanshe Mabhaudhi 

Director: Centre for Transformative Agricultural & Food Systems

Director: uMngeni Resilience Project

School of Agricultural, Earth and Environmental Science,

University of KwaZulu-Natal, South Africa

mabhaudhi@ukzn.ac.zaline.

Underlying mission of ARI

To kindle young minds to contemplate and to dream.

  “Those who contemplate the beauty of the earth find reserves of strength that will endure as long as life lasts” – Rachel Carson. 


 “The future belongs to those who believe in the beauty of their dreams.” – Eleanor Roosevelt. 

A brief history of Allinterest Research Institute.

How it started

How it started

How it started

Shortly after the Lai brothers and Ting experimented water droplet impinging a pool of water, they were joined by other curious minds and incorporated Allinterest Research Institute in Alberta, Canada on June 30, 1993.

Ripple Effect

How it started

How it started

  

The ripple effects of ARI include the creation of the Turbulence and Energy Laboratory.

How it started

One of the aforementioned Lai brothers went on to become a neuroscientist, partly due to a passion for science kindled by those homemade experiments in the early days of ARI.

Advisory Board

Prof. Dr. Peter Brimblecombe

Prof. Dr. Alberto T. Estévez, Chairman-Professor

Prof. Dr. Peter Brimblecombe

Distinguished Research Chair Professor ; Dept of Marine Environment & Engineering

National Sun Yat-Sen University, Taiwan

Adjunct  Professor, School of Energy & Environment, City University of Hong Kong  

Emeritus Professor

School of Environmental Sciences University of East Anglia Norwich, United Kingdom

Prof. Dr. Rupp Carriveau

Prof. Dr. Alberto T. Estévez, Chairman-Professor

Prof. Dr. Peter Brimblecombe

Director of Environmental Energy Institute

University of Windsor, Canada

Prof. Dr. Alberto T. Estévez, Chairman-Professor

Prof. Dr. Alberto T. Estévez, Chairman-Professor

Prof. Dr. Alberto T. Estévez, Chairman-Professor

Director, Institute for BioDigitalArchitecture & Genetics

Universitate Internacional de Catalunya, Barcelona

Dr. Mitchell K.P. Lai

Dr. Evanthia A. Nanaki

Prof. Dr. Alberto T. Estévez, Chairman-Professor

Senior Lecturer, Department of Pharmacology

Yong Loo Lin School of Medicine

National University of Singapore, Singapore

Dr. Evanthia A. Nanaki

Dr. Evanthia A. Nanaki

Dr. Evanthia A. Nanaki

Transport & Energy Research Expert

Independent Researcher, Greece

Projects

Buoyant Vortex Ring

Regimes of Buoyant Vortex Ring

Regimes of Buoyant Vortex Ring

A buoyant vortex ring offering a free lift. A plan view of a buoyant vortex ring of air bubble rising up in column of water (Master’s thesis work of X. Yan, photo taken by K. Pearce). A volume of air is pushed through an orifice, resulting in a buoyant vortex ring similar to those birds such as turkey vultures ride on. 

Regimes of Buoyant Vortex Ring

Regimes of Buoyant Vortex Ring

Regimes of Buoyant Vortex Ring

Four buoyant vortex ring regimes. Reynolds number, Re, Bond number, Bo, and Weber number, We, define the types of buoyant vortex ring (Master’s thesis work of X. Yan, plot by Y. Yang). 

Medusas and Lemon Trees

Regimes of Buoyant Vortex Ring

Medusas and Lemon Trees

The genetic research of bioluminescence, done with the GFP gene originally from the Aequorea victoria medusa inserted in lemon trees, to the creation of light for urban and domestic sustainable use (created by A.T. Estévez).

Radiolaria and Pollen

Peeing without Splashing

Medusas and Lemon Trees

The research of microscopic structures, done with a scanning electron microscope, to the organicist design and digital fabrication of furniture series, pavilions and buildings of complex and variable geometry (created by A.T. Estévez).

Delta Winglet Cooling

Peeing without Splashing

Peeing without Splashing

Cooling Photovoltaic panel to boost energy conversion efficiency using delta winglets with a height-length ratio of 0.5 at a Reynolds number based on the winglet height of 6000 (created by H. Wu). Nu/Nuo is Nusseltnumber with respect to the reference Nusselt number without the winglet. H. Wu, D.S-K. Ting, S. Ray, “The effect of delta winglet attack angle on the heat transfer performance of a flat surface,” International Journal of Heat and Mass Transfer, 120: 117-126, 2018. 

Peeing without Splashing

Peeing without Splashing

Peeing without Splashing

Peeing without splashing (work of R. Hurd, photos taken by R. Hurd) – when gentlemen use the (full-length) urinal, ask them to go full blast or hold their droplets. The left photo shows that the jet striking the wall does not lead to any splashing. On the other hand, the right photo depicts that droplets hitting the wall results in significant splashing with tiny droplets bouncing off the wall in different directions. 

Preservation of Historic Buildings

Agriculture-Environment-Health Nexus

Agriculture-Environment-Health Nexus

Pagoda of Fogong Temple, in the small and remote town of Yingxian, in northern China is its oldest wooden pagoda, at 67 m and almost 1000 years old. It remains one of the world’s tallest wooden buildings, but suffers much from earthquake damage, the effects of war and the ravages of insects and birds. Its preservation is part of Brimblecombe's research into the long-term change and wooden buildings.

Agriculture-Environment-Health Nexus

Agriculture-Environment-Health Nexus

Agriculture-Environment-Health Nexus

The linkages between Agriculture, Environment and Health nexus with the associated drivers (growing population, urbanisation, globalisation and diets, changing climate, land use and limitations, obesity and undernutrition) and desired outcomes of this interlinked system (improved diet and health outcomes, protection of planetary boundaries, sustainable livelihoods) Mabhaudhi et al. 2019

Urban Electrical Vehicles

Agriculture-Environment-Health Nexus

Urban Electrical Vehicles

“The deployment of Electric Vehicles in urban areas such as cities offers the opportunity for the creation of a low/ zero carbo emissions future.” – E.A. Nanaki. 

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