SAE 2013 World Congress & Exhibition

Thermal Systems Modeling and Simulation (Part 1)
Session Code: HX102
Room TBD
The Thermal Systems Modeling and Simulation session focusses on state of the art simulation technologies for modeling thermal systems and their
application in the development and optimization of vehicle thermal management and fuel economy. The papers in the session will range from
empirical, 1D modeling methods to three dimensional CFD models as well as coupled methods.
Organizers -
Ales Alajbegovic, Exa Corporation; Gursaran D. Mathur, CalsonicKansei North America Inc.; Kumar
Srinivasan, Chrysler Group LLC
Time Paper No. Title
2013-01-0842
2013-01-0843
2013-01-0844
2013-01-0849
2013-01-0850
2013-01-0851
2013-01-0854
2013-01-0855
2013-01-0856
Session Time:
Numerical Investigation of Buoyancy Driven Flow in a Simplified
Underhood with Open Enclosure
Kuo-huey Chen, General Motors LLC; James Johnson, General Motors LLC
(retired); Parviz Merati, Western Michigan Univ; Charles davis, Western
Michigan University
A Numerical Methodology to Compute Temperatures of a Rotating
Cardan Shaft
Heinrich Reister, Ernst Peter Weidmann, Daimler AG; Thomas Walker,
Sachin Badarayani, CD-adapco
A Comparison of Physiology-based Metrics to Environment-based
Metrics for Evaluating Thermal Comfort
Mark Hepokoski, ThermoAnalytics Inc.; Allen Curran, Tony Schwenn,
ThermoAnalytics Inc
Active Thermal Management Strategies for a V6 Diesel Engine using a
Dual Mode Variable Speed Coolant Pump
Varun Negandhi, BorgWarner Inc; Dohoy Jung, Univ of Michigan-Dearborn;
John Shutty, BorgWarner Inc
A New Automotive Air Conditioning System Simulation Tool
Developed in Matlab/Simulink
Tibor Kiss, Larry Chaney, National Renewable Energy Laboratory; John
Meyer, Visteon Climate Control
Simulations and Thermodynamic Analyses of a Topping Diesel
Engine (DE) and a Bottoming Waste-Heat-Recovery (WHR) System
based on Organic Rankine Cycle (ORC)
Ge-Qun Shu, Guopeng Yu, State Key Lab Of Engines; Hua tian,
thtju@tju.edu.cn; Haiqiao Wei, State Key Lab Of Engines
A Design for Six Sigma (DFSS) Approach for Calibration/Validation of
Hot-Soak Terminal Temperature of a Cabin CFD Model
Tao Ye, General Motors
8:00 a.m.
Preliminary Information
Inclusion of a paper title in this preliminary program does not indicate acceptance of the manuscript. Final technical paper selections
expected by January 18, 2013 and the schedule will be finalized by January 25, 2013.
A SIMPLE MODEL FOR CALCULATION OF VEHICLE THERMAL
LOADS
Kaushal Kumar Jha, Viren Bhanot, Venkata ryali, Mahindra & Mahindra
Prediction of HVAC system aero/acoustic noise generation and
propagation using CFD.
Mayur Sah, Kumar Srinivasan, Chrysler Group LLC; Fred Mendonca,
Nachiket Pai, CD Adapco