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Combustion and Energy Systems Research Group

Department of Mechanical and Industrial Engineering

  

Concordia University  > ENCS > MIE > Facility & support

 

Research Facility

Our combustion and energy system laboratory is presently equipped with the following research tools and instruments:

 

·       2x BOC Edwards RV8 series oil-sealed vacuum pumps

·       3x LeCroy  Corp. WaveJet 324 Oscilloscopes (200MHz, 4 Ch. 2GS/s and 500 kpts/ch)

·       1x Rigol Digital Oscilloscope 50MHz DS1052E

·       1x Rigol Digital Oscilloscope 100MHz DS1102E

·       Infrared Thermal Imagining System (shared with Dr. Siddiqui)

·       Model pco.1200hs high speed digital CMOS camera

·       Casio Exilim EX-F1 high-speed digital camera

·       Water table facility for surface wave experiments

·       Kulite XCS-190L-5D with In-Line Amp Pressure Transducer

·       5x PCB 113B24 pressure transducers and signal conditioners

·       Standard PIV system (Laser and Programmable Control Unit and DaVis software from LaVision, Inc.).

·       Two HR4000+ OceanOptics broadband spectrometer systems

·       Newport Apex Hg(Xe) Arc lamp source 200 Watts

·       Computing facility:

·            Dell Precision 390 workstation (2.4GHz dual-core, 4MB L2 cache, 2GB ram memory)

·            Dell Precision T3400 workstation (1.8GHz dual core, 2MB L2 cache, 1GB ram memory)

·            Dell Vostro Desktop 200s (1.80GHz dual core, 1MB L2 cache, 2GB ram memory)

·            Dell Vostro Desktop 200s (3.00GHz dual core, 6MB L2 cache, 2GB ram memory)

·            Dell Vostro Desktop 200s (2.20GHz dual core, 2MB L2 cache, 1GB ram memory)

·            Dell Vostro Desktop 200s (2.40GHz dual core, 1MB L2 cache, 2GB ram memory)

·            Dell New Inspiron 15 Laptop (2.16GHz Dual core, 1MB cache, 2GB ram memory)

·            Dell Vostro Desktop 230s (3.06GHz dual core, 2MB L2 cache, 4GB ram memory)

·            Three IBM R60 Thinkpad Laptops (Core 2 Duo 1.83G T5600 1G 320GB)

·            One IBM Z61t Thinkpad Laptop (Core 2 Duo 1.83G T5600 3G 500GB)

·            One HP Tablet PC Laptop (Core 2 Duo 2 GHz, 2GB RAM)

·            One HP Compaq 2510p Laptop (2GB RAM, 80 GB, Dual Core Linux OS)

·            One DELL Core2Duo Laptop Ubuntu Linux 64-bit 2.1GHz 2GB RAM

·            CFDesign Software by Blue Ridge Numerics, Inc.

·            Fluent Software by ANSYS, Inc.

·       PCTPro-2000 Gas Sorption Analyzer by Hy-Energy Scientific Instruments (for Hydrogen Storage Research)

·       Time-resolved PIV system from LaVision, Inc. (shared with Dr. Kadem from CFI support)

·       2-D laminar flowing soap film tunnel

·       Combustion flame nanoparticle synthesis setup

 

Previous and current research Grant Supports

Concordia Research Start-Up Fund (year 2007)

Program Title: Research on combustion of alternative fuels and applied energy systems

 

NSERC Research Tools and Instruments Grant (year 2007)

Program Title: A high pressure shock/detonation tube facility for the study of combustion characteristics and detonation properties of future alternative fuels

 

NSERC Discovery Grant (year 2007-2012)

Program Title: On the combustion characteristics and safety aspects of future alternative fuels

 

Faculty Program in Support of Research Theses (year 2007, 2008, 2009)

Concordia University

 

NSERC Supplemental Strategic Project Grant (year 2008-2010) co-applicant

Program Title: Development of a concentrated solar energy system with an improved water splitting process using nanotechnology for efficient hydrogen production

 

Concordia Seed Funding Program  (year 2007-2008) Principal Investigator

Program Title: Study of Micro-combustion Thrusters Using Nano-Catalysts for Advanced Aerospace Application

 

NSERC Research Tools and Instruments Grant (year 2008) co-applicant

Program Title: An Infrared Thermal Imagining System

 

Research Service Contract (2009)

Title: 3-D CFD Investigation of Two-Phase Flow Injectors

 

Concordia Seed Funding Program – Team grant  (year 2008-2009) co-PI

Program Title: A New Frontier in Understanding the Stability and Pattern Formation of Vortex Ring Ensembles

 

Petro-Canada Young Innovator Awards (year 2008-2009) Recipient

Program Title: Design and Analysis of Novel Materials for Reversible Hydrogen Storage

 

Concordia Seed Funding Program – Individual grant  (year 2008-2009) PI

Program Title: Improving wind power production through a combined experimental and numerical study of aerodynamics and turbulent flow structure behind scaled wind turbines

 

Concordia Seed Funding Program – Team grant  (year 2009-2010) co-PI

Program Title: A New Generation of Heat Exchanger Design for Reliable, Efficient and Economical Operation

 

NSERC Research Tools and Instruments Grant (year 2010)

Program Title: A compact and portable Nd:YAG dual cavity pulsed laser system for alternative energy and fluid dynamics research

 

FRQNT Établissement de nouveaux chercheurs (year 2010-2012)

Program Title: Étude expérimentale et numérique de la structure et des limites de détonation en présence de fortes pertes dues aux conditions limites

 

NSERC Engage Grant (year 2011) with General Dynamics

Program Title: The fire safety of propellant handling buildings and equipments

 

NSERC Discovery Grant (year 2012-2016)

Program Title: Computational modeling and experimental study of the combustion dynamics and explosive

effects of energetic, multiphase systems

 

NSERC Engage Grant (year 2013) with Rolls-Royce, Canada

Program Title: Validation of conjugate heat transfer CFD methods for low porosity impingement cooling systems

 

FRQNT Projet de recherche en équipe (year 2014-2017)

Program Title: Safety Analysis Related to Hydrogen Leaks from Fuel Cell Systems in Residential Areas

 

Concordia Seed Funding Program – Individual grant  (year 2015-2017) PI

Program Title: Development of a servo-type controlled release mechanism for precise needle-free drug delivery

 


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