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C&R offers
several standard training courses. These standard courses, hosted
in the Denver Colorado metro area, provide an overview of heat
transfer and fluid flow modeling with an emphasis on the use
of modern software tools for both geometric and nongeometric
(network) models. The
courses include both lectures and hands-on experience,
with at least one computer available per two attendees. Also
included are tutorials and all presentation materials. As
an alternative C&R offers custom training classes either
in Denver or at your facility. Please visit our custom
training page to learn more.
We also provide
free training through short
topic sessions online. If
you would like to receive automaticemail notifications when any
class is scheduled in the future, please register for our Support
Forum and place a "watch" on the Events
and Training Forum.
Training Schedule
See class fee table
Suggestions? Do
you have a suggestion for an advanced training class you would
like to see? Please give us your inputs for
future expanded training classes or advanced topics.
Class Overviews
Option
1 Sinda/Fluint and Thermal Desktop Suite Class
| Class
Schedule |
| Day
1 |
Introduction
to SINDA and Thermal Desktop® |
| Day 2 |
Introduction to
Thermal Desktop® |
| Day 3 |
Introduction to
RadCAD® |
| Day 4 |
Introduction to FloCAD® |
| Day 5 |
Advanced Design
and Optimization |
|
|
All classes
run from 8:00 a.m. to 5:00 p.m.
Day 1: SINDA and
Thermal
Desktop® - This day consists of a lectures, demos and lab work designed to introduce
the user to thermal modeling processes using Thermal
Desktop.
Day 2: Thermal
Desktop® (Geometric Thermal Modeling) - Continued lecture, demonstration and self-paced tutorials will be used to
provide attendees with practice building models and interpreting
results using Thermal Desktop® as a stand-alone
analysis environment. Participants may also bring floppies containing
their own NASTRAN, FEMAP neutral, IDEAS Universal, IGES, or DXF/DWG
files if time permits.
Day 3: RadCAD® (Thermal
Radiation Analysis) - Lecture, demos, and self-paced tutorials will be used to provide
attendees with practice building models and interpreting results. Participants
may also bring floppies containing TRASYS or NEVADA input files
if time permits.
Day
4: FloCAD (Flow Modeling in Thermal Desktop) - Lectures, demos and hands-on tutorials will be used to
provide attendees with practice building fluid system models
and interpreting results. Flocad provides the key to unlock
the power of advanced FLUINT modeling within Thermal Desktop.
Day
5: Advanced Design and Optimization - Introduction
to advanced modeling concepts using parametric modeling, optimization
and reliability engineering methods using lectures, demos,
and hands-on tutorials.
To return to class schedule, click here
Option
2 Sinda/Fluint and Sinaps Class
| Class
Schedule |
| Day 1 |
SINDA Lecture and Lab using Sinaps® |
| Day 2 |
FLUINT Lecture and Lab using Sinaps® |
|
Day 1: SINDA
(Nongeometric Thermal Network Modeling) - This day consists of
a lecture in the morning, a brief introduction to Sinaps®, followed
in the afternoon by lab exercises using Sinaps® to
develop a complete SINDA model from scratch.
Day 2: FLUINT
(Fluid Network Modeling) - A morning lecture is followed in the
afternoon by lab exercises using Sinaps® to
develop a complete FLUINT model from scratch.
To return to class schedule, click here
Option
3 Thermal Desktop and RadCAD Class
| Class
Schedule |
| Day
1 |
Introduction
to SINDA and Thermal Desktop® |
| Day 2 |
Introduction to
Thermal Desktop® |
| Day 3 |
Thermal Desktop® and
RadCAD® |
|
|
All classes
run from 8:00 a.m. to 5:00 p.m.
Day 1-2: Thermal
Desktop® (Geometric Thermal Modeling) - Lectures,
demonstration and self-paced tutorials will be used to introduce
attendees to basic Thermal Desktop usage and provide practice
building models and interpreting results using Thermal Desktop® as
a stand-alone analysis environment. Participants may also bring
floppies containing their own NASTRAN, FEMAP neutral, IDEAS Universal,
IGES, or DXF/DWG files if time permits.
Day 3: RadCAD® (Thermal
Radiation Analysis) - Self-paced tutorials will be used to provide
attendees with practice building models and interpreting results. Participants
may also bring floppies containing TRASYS or NEVADA input files
if time permits.
To return to class schedule, click here
Option
4 Thermal Desktop, RadCAD and FloCAD Class
| Class
Schedule |
| Day
1 |
Introduction
to SINDA and Thermal Desktop® |
| Day 2 |
Introduction to
Thermal Desktop® |
| Day 3 |
Introduction
to RadCAD® |
| Day 4 |
Introduction to
Fluid Modeling in FloCAD® |
|
|
All classes
run from 8:00 a.m. to 5:00 p.m.
Day 1-2: Thermal
Desktop® (Geometric Thermal Modeling) - Lectures,
demonstration and self-paced tutorials will be used to introduce
attendees to basic Thermal Desktop usage and provide practice
building models and interpreting results using Thermal Desktop® as
a stand-alone analysis environment. Participants may also bring
floppies containing their own NASTRAN, FEMAP neutral, IDEAS Universal,
IGES, or DXF/DWG files if time permits.
Day 3: RadCAD® (Thermal
Radiation Analysis) - Self-paced tutorials will be used to provide
attendees with practice building models and interpreting results. Participants
may also bring floppies containing TRASYS or NEVADA input files
if time permits.
Day
4: FloCAD (Flow Modeling in Thermal Desktop) - The
morning session will provide an introduction to fluid modeling
components within FloCAD. Hands-on tutorials will be used to
provide attendees with practice building fluid system models
and interpreting results. Flocad provides the key to unlock
the power of advanced FLUINT modeling within Thermal Desktop.
To return to class schedule, click here
Option
5 Thermal Desktop, RadCAD and Advanced Design Class
| Class
Schedule |
| Day
1 |
Introduction
to SINDA and Thermal Desktop® |
| Day 2 |
Introduction to
Thermal Desktop® |
| Day 3 |
Introduction to
RadCAD® |
| Day 4 |
Advanced Design
and Optimization |
|
|
All classes
run from 8:00 a.m. to 5:00 p.m.
Day 1-2: Thermal
Desktop® (Geometric Thermal Modeling) - Lectures,
demonstration and self-paced tutorials will be used to introduce
attendees to basic Thermal Desktop usage and provide practice
building models and interpreting results using Thermal Desktop® as
a stand-alone analysis environment. Participants may also bring
floppies containing their own NASTRAN, FEMAP neutral, IDEAS Universal,
IGES, or DXF/DWG files if time permits.
Day 3: RadCAD® (Thermal
Radiation Analysis) - Self-paced tutorials will be used to provide
attendees with practice building models and interpreting results. Participants
may also bring floppies containing TRASYS or NEVADA input files
if time permits.
Day
4: Advanced Design and Optimization - Introduction
to advanced modeling concepts using parametric modeling, optimization
and reliability engineering methods using lectures, demos,
and hands-on tutorials.
To return to class schedule, click here
Option
6 Thermal Desktop and FloCAD Class
| Class
Schedule |
| Day
1 |
Introduction
to SINDA and Thermal Desktop® |
| Day 2 |
Introduction to
Thermal Desktop® |
| Day 3 |
Introduction to
Fluid Modeling in FloCAD® |
|
|
All classes
run from 8:00 a.m. to 5:00 p.m.
Day 1-2: Thermal
Desktop® (Geometric Thermal Modeling) - Lectures,
demonstration and self-paced tutorials will be used to introduce
attendees to basic Thermal Desktop usage and provide practice
building models and interpreting results using Thermal Desktop® as
a stand-alone analysis environment. Participants may also bring
floppies containing their own NASTRAN, FEMAP neutral, IDEAS Universal,
IGES, or DXF/DWG files if time permits.
Day
3: FloCAD (Flow Modeling in Thermal Desktop) - The
morning session will provide an introduction to fluid modeling
components within FloCAD. Hands-on tutorials will be used to
provide attendees with practice building fluid system models
and interpreting results. Flocad provides the key to unlock
the power of advanced FLUINT modeling within Thermal Desktop.
To return to class schedule, click here
Option
7 Thermal Desktop and FloCAD with Advanced Fluid Modeling Class
| Class
Schedule |
| Day
1 |
Introduction
to SINDA and Thermal Desktop® |
| Day 2 |
Introduction to
Thermal Desktop® |
| Day 3 |
Introduction to
Fluid Modeling in FloCAD® |
| Day 4 |
Advanced Fluid Concepts |
|
|
All classes
run from 8:00 a.m. to 5:00 p.m.
Day 1-2: Thermal
Desktop® (Geometric Thermal Modeling) - Lectures,
demonstration and self-paced tutorials will be used to introduce
attendees to basic Thermal Desktop usage and provide practice
building models and interpreting results using Thermal Desktop® as
a stand-alone analysis environment. Participants may also bring
floppies containing their own NASTRAN, FEMAP neutral, IDEAS Universal,
IGES, or DXF/DWG files if time permits.
Day
3: FloCAD (Flow Modeling in Thermal Desktop) - The
morning session will provide an introduction to fluid modeling
components within FloCAD. Hands-on tutorials will be used to
provide attendees with practice building fluid system models
and interpreting results. Flocad provides the key to unlock
the power of advanced FLUINT modeling within Thermal Desktop.
Day
4: Advanced Fluid Concepts - This class will discuss a variety of advanced fluid topics such as two-phase modeling, turbomachinery, and customization of pressure drop and heat transfer routines.
To return to class schedule, click here
Option
8 Sinda/Fluint and Sinaps with Advanced Fluid Modeling Class
| Class
Schedule |
| Day 1 |
SINDA Lecture and Lab using Sinaps® |
| Day 2 |
FLUINT Lecture and Lab using Sinaps® |
| Day 3 |
Advanced Fluid Concepts |
| Day 4 |
Advanced Design
and Optimization |
|
Day 1: SINDA
(Nongeometric Thermal Network Modeling) - This day consists of
a lecture in the morning, a brief introduction to Sinaps®, followed
in the afternoon by lab exercises using Sinaps® to
develop a complete SINDA model from scratch.
Day 2: FLUINT
(Fluid Network Modeling) - A morning lecture is followed in the
afternoon by lab exercises using Sinaps® to
develop a complete FLUINT model from scratch.
Day
3: Advanced Fluid Concepts - This class will discuss a variety of advanced fluid topics such as two-phase modeling, turbomachinery, and customization of pressure drop and heat transfer routines
Day
4: Advanced Design and Optimization - Introduction
to advanced modeling concepts using parametric modeling, optimization
and reliability engineering methods using lectures, demos,
and hands-on tutorials.
To return to class schedule, click here
Class Fees
Because some
participants may not be interested in all topics, attendance
is recommended but not mandatory for all days. The fees
for consecutive days are as follows (in US Dollars):
1
day class - $800.00
2 day class
- $1200.00
3 day class - $1500.00
4 day class - $1700.00
5 day class - $1800.00
Fee
covers all course materials, lunch, and coffee breaks. Please
inform us of any special diet requirements.
Two discounts
are available: Customers with a current support contract with
C&R Technologies will receive a 15% discount off the above
prices. For new customers, half of the course fees paid will
be applied to all new licenses purchased by participants during
the 12 months following the class. Only one discount may be taken
per participant.
Registration
Complete the registration
form along with credit card information, a purchase order,
or check no later than 21 days prior to the start of the class.
We will mail you a confirmation letter or e-mail upon receiving
your registration. Course enrollment is limited. Late registration
will be accepted if space is available. No on-site registration
is available. Because space is limited, we recommend that complete
your registration early. Early enrollment and payment will
ensure your reservation in the class.
Cancellation
policy: 100% of registration fees will be refundable 2 weeks
prior to start of the class. No refunds will be made after this
date. In the event that the course is canceled, a full refund
of registration fees will be made. C&R Technologies is not
responsible for other costs incurred by participants.
For More
Information ...
For more information
on this seminar contact C&R Technologies.
For more information
on our company or its software products, see our products section contact C&R Technologies.
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