team horton brochure - university of st. thomasteam’members’ anthea yur,’ derek’...

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Horton, Inc. Engine Coolant Solutions Team Members Anthea Yur, Derek Weinschenk, Landon VonRuden, Angel Paucar, Niles Hickman Clinic Advisor Industry Rep Brian Plourde Scott Miller Project Summary Researched, designed, built and tested an absorption refrigeration coolant system as a proof of concept to replace the current viscous clutch and axial fan system manufactured by Horton, Inc. Design Goal Horton Inc. requested an innovative coolant solution to reduce thermal losses and power consumption compared to their current engine coolant system on a Volvo VTNA DT13. Design Constraints 1. Volvo VTNA MD13 fluid paths must remain unaltered: a. Antifreeze to/from Radiator b. Exhaust gases to/from Charge Air Cooler 2. Maximum ambient air temperature of 43°C 3. Dimensional constraints: 3.75” x 32” x 48” Fore Radiator 10.25" x 32” x 48” Aft Radiator 4. Vehicle velocity of 35 MPH

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Page 1: Team Horton Brochure - University of St. ThomasTeam’Members’ Anthea Yur,’ Derek’ Weinschenk,’ Landon’ ... Microsoft Word - Team Horton Brochure.docx Author: Niles Hickman

Horton,  Inc.  Engine  Coolant  Solutions  

 

 

Team  Members  

Anthea   Yur,   Derek   Weinschenk,   Landon  VonRuden,   Angel   Paucar,   Niles   Hickman    

 

Clinic  Advisor   Industry  Rep  

Brian  Plourde   Scott  Miller  

Project  Summary  

Researched,   designed,   built   and   tested   an  absorption  refrigeration  coolant  system  as  a  proof   of   concept   to   replace   the   current  viscous   clutch   and   axial   fan   system  manufactured  by  Horton,  Inc.          

Design  Goal  

Horton  Inc.  requested  an  innovative  coolant  solution   to   reduce   thermal   losses   and  power   consumption   compared   to   their  current   engine   coolant   system   on   a   Volvo  VTNA  DT13.    

Design  Constraints  

1. Volvo  VTNA  MD13   fluid   paths  must  remain  unaltered:  

a. Anti-­‐freeze  to/from  Radiator  b. Exhaust  gases  to/from    

Charge  Air  Cooler  2. Maximum   ambient   air   temperature  

of  43°C  3. Dimensional  constraints:      

3.75”  x  32”  x  48”   Fore   Radiator  10.25"  x  32”  x  48”   Aft  Radiator  

4. Vehicle  velocity  of  35  MPH