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Strategic Simulation & Analysis Ltd
Southill Barn,
Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
Tutorial Number
analysis of a teapot
Strategic Simulation & Analysis Ltd
Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
Tutorial Number
18:
Heat transfer
analysis of a teapot
Stefano Morlacchi
September 2014
Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
Heat transfer

Strategic
Simulation & Analysis Ltd
Southill Barn, Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
1. Introduction
In this tutorial, you will
create a
simulations will be implemented to compare the temperature fields obtained using
a steel or a porcelain teapot
no mechanical properties have to be defined.
is the only unknown degree of freedom.
When you complete this tutorial, y
- Define the thermal
properties of
porcelain.
-
Define thermal loads and boundary conditions as well as interactions to
model phenomena
such as
-
Use the visualization module to
views of the model.
- Properly handle a h
ot teapot!
Preliminaries
- Why this teapot?
1-
It is a very common issue in
2-
This teapot (Utah teapot) is a very famous object in the CAD world
since it was
one of the first
Nowadays, t
eapot scenes are
benchmarks.
Nerds like it...
-
The model is based on the SI units based on
Figure 1: Consistent sets of units available in Abaqus.
Simulation & Analysis Ltd
Southill Barn, Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
create a
heat transfer model of a
hot
simulations will be implemented to compare the temperature fields obtained using
a steel or a porcelain teapot
. A pure heat transfer procedure
will be used, thus
no mechanical properties have to be defined.
In this kind of analysi
s, t
is the only unknown degree of freedom.
When you complete this tutorial, y
ou will be able to:
properties of
two common materials such as steel and
Define thermal loads and boundary conditions as well as interactions to
such as
thermal conduction, convection and radiation
Use the visualization module to
plot field output variables
and create cut
ot teapot!
It is a very common issue in
UK.
This teapot (Utah teapot) is a very famous object in the CAD world
one of the first
CAD
models to be created in the 70s.
eapot scenes are
commonly used for renderer self
Nerds like it...
The model is based on the SI units based on
millimetres.
Figure 1: Consistent sets of units available in Abaqus.
Southill Barn, Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
2
hot
teapot. Two
simulations will be implemented to compare the temperature fields obtained using
will be used, thus
s, t
emperature
two common materials such as steel and
Define thermal loads and boundary conditions as well as interactions to
thermal conduction, convection and radiation
.
and create cut
This teapot (Utah teapot) is a very famous object in the CAD world
models to be created in the 70s.
commonly used for renderer self
-tests and

Strategic
Simulation & Analysis Ltd
Southill Barn, Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
2.
Setting up the model
Open the
Abaqus database
This file contains
the geometry of the two parts of the teapot, the lid and the
teapot.
3. Material
and section
Enter the property module
porcelain.
Within a heat transfer analysis, the problem that has to be solved is
defined by the following equation.
Thus, no mechanical
properties have to be defined but only the material’s thermal
properties in terms of
ρ
(
density
COMMON SI UNITS
- Density
- Conductivity
- Specific Heat
1. Go into the
Property Module
Material
dialog box, name the material
bar, select Thermal →
Conductivity
material editor’s menu bar, select
420,000 J/tonn/°C. S
elect
tonn/mm
3
. Click OK
to exit the material editor.
Simulation & Analysis Ltd
Southill Barn, Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
Setting up the model
Abaqus database
file Tutorial 18.cae
the geometry of the two parts of the teapot, the lid and the
and section
properties
and define the two material models for the steel and
Within a heat transfer analysis, the problem that has to be solved is
defined by the following equation.
properties have to be defined but only the material’s thermal
density
),
c
(specific heat) and
k
(conductivity)
°
°
Property Module
and click the Create Material
icon. In the
dialog box, name the material
Steel
. From the material editor’s menu
Conductivity
. Enter a
value of 0.015 W/mm/
material editor’s menu bar, select
Thermal → Specific Heat.
Enter a
elect
General → Density and enter
a value of
to exit the material editor.
Southill Barn, Southill Business Park, Cornbury Park, Charlbury, Oxfordshire, OX7 3EW
T. 01608 811777 F. 01608811770 E.info@ssanalysis.co.uk W. www.ssanalysis.co.uk
3
the geometry of the two parts of the teapot, the lid and the
and define the two material models for the steel and
Within a heat transfer analysis, the problem that has to be solved is
properties have to be defined but only the material’s thermal
(conductivity)
.
icon. In the
Edit
. From the material editor’s menu
value of 0.015 W/mm/
°C. From the
Enter a
value of
a value of
8E-9
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