Title :
Thermal Management System for Particle Sensors Design, Performance and Verification
Author :
Larsson, Andreas ; Storstrom, Olav ; Seip, Torleif Tollefsen ; Hjelstuen, Magnus ; Bjorklund, Robert ; Spetz, Anita Lloyd ; Johansson, Mats L. ; Grant, Ann ; Jozsa, Peter ; Fägerman, Per-Erik ; Paaso, Jaska ; Hammarlun, Lars
Author_Institution :
Instrum. Dept., SINTEF ICT, Oslo, Norway
fDate :
6/1/2012 12:00:00 AM
Abstract :
This paper presents the thermal performance of a proposed thermal management device (patented in 2009) intended for a thermophoresis-based soot sensor. The performance was studied for temperatures ranging from 50 to 400°C and for exhaust speeds up to 10 m/s. It also presents the design and basic concepts. The performance study and design development were performed with finite element analysis (FEA). The FEA results were then verified with experiments in a heated wind tunnel. The relative performance of the device was found to increase for higher temperatures and lower wind speeds. The main conclusion drawn from this paper was that it is feasible to cool a sensor surface enough for a thermophoresis-based soot sensor in a diesel exhaust system.
Keywords :
finite element analysis; sensors; soot; thermal management (packaging); FEA; diesel exhaust system; finite element analysis; heated wind tunnel; particle sensors design; temperature 50 degC to 400 degC; thermal management system; thermophoresis-based soot sensor; Finite element methods; Heating; Substrates; Temperature; Temperature sensors; Exhaust monitoring; finite element analysis (FEA); soot sensor; thermal management; thermophoresis;
Journal_Title :
Sensors Journal, IEEE
DOI :
10.1109/JSEN.2012.2185044
