Open AccessAutomating the CFD analysis of Reefer Truck using PyFoam
Author(s) -
R Thejaraju,
Anil Melwyn Rego,
Sonal P Joseph,
Smit Vishal Patel,
Tarun BC
Publication year - 2020
Publication title -
international journal of recent technology and engineering
Language(s) - English
Resource type - Journals
ISSN - 2277-3878
DOI - 10.35940/ijrte.f9242.038620
Subject(s) - computational fluid dynamics , python (programming language) , truck , solver , inlet , scripting language , software , cfd in buildings , duct (anatomy) , mechanical engineering , computer science , simulation , engineering , marine engineering , automotive engineering , aerospace engineering , operating system , pathology , programming language , medicine
CFD turned into an alluring and engineering practice utilized in the design and assessment procedure in automotive and food industries. Nowadays, open source solvers are great in demand as the small-scale industries doesn’t want to invest too much into it. On the CFD OpenFOAM software front it has the capacity to handle a mutli-physics problem with respect to commercial and industrial needs. OpenFoam solver is one great example which is a C++ encoded numerical tool to solve various fluid flows and heat transfer processed under lot of differential equations where the analyzer has to scratch his head to get the output. The present study involves round the designing and analyzing an OpenFoam CFD model of a Reefer truck chamber where the temperature and velocity variations were studied. The truck chamber is investigated by varying different inlet angles and changing the positions of outlet duct. And thereby automating the whole CFD process with the help of PyFoam which is an interface of Python scripting embedded with OpenFoam wherein helping the vendors or customers to directly input the coolant temperature and the inlet angle. The inlet angle at 20 degree and 45 degree was verified with the python code to conclude the CFD simulation on the reefer truck.