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C&R Technologies offers several standard training courses to assist customers in learning our software, improving their skills, and learning new features or products. These standard courses provide an overview of heat transfer and fluid flow modeling with an emphasis on geometric and nongeometric (network) modeling methods. The courses provide a mix of lecture and hands-on experience working demonstration models and tutorials.
Suggestions? Do you have a suggestion for an advanced training class you would like to see? Please give us your inputs for future training classes or advanced topic webinars. Class Catalog
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 flash drives 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 flash drives 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.
Day 1: SINDA (Nongeometric Thermal Network Modeling) - This day focuses on thermal modeling and provides a mix of lecture, demonstrations, hands on model development, and working through tutorials. Day 2: FLUINT (Fluid Network Modeling) - This day focuses on fluid modeling and provides a mix of lecture, demonstrations, hands on model development, and working through tutorials.
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 flash drives 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 flash drives containing TRASYS or NEVADA input files if time permits.
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 flash drives 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 flash drives 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.
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.
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. (currently unavailable)
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. (currently unavailable)
Day 1: Sinaps and SINDA (Nongeometric Thermal Network Modeling) - This day provides an introduction to the Sinaps user interface and focusing on thermal modeling through a mix of lecture, demonstrations, hands on model development, and working through tutorials. Day 2: FLUINT (Fluid Network Modeling) - This day focuses on an introduction to single-phase fluid modeling through a mix of lecture, demonstrations, hands on model development, and working through tutorials. 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.
Day 1: Sinaps and SINDA (Nongeometric Thermal Network Modeling) - This day provides an introduction to the Sinaps user interface and focusing on thermal modeling through a mix of lecture, demonstrations, hands on model development, and working through tutorials. Day 2: FLUINT (Fluid Network Modeling) - This day focuses on an introduction to single-phase fluid modeling through a mix of lecture, demonstrations, hands on model development, and working through tutorials. Day 3: Advanced Design and Optimization - Introduction to advanced modeling concepts using parametric modeling, optimization and reliability engineering methods using lectures, demos, and hands-on tutorials.
Day 1: Sinaps and SINDA (Nongeometric Thermal Network Modeling) - This day provides an introduction to the Sinaps user interface and focusing on thermal modeling through a mix of lecture, demonstrations, hands on model development, and working through tutorials. Day 2: FLUINT (Fluid Network Modeling) - This day focuses on an introduction to single-phase fluid modeling through a mix of lecture, demonstrations, hands on model development, and working through tutorials. 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.
Training Fees for Regional and Lakewood Classes
Training Fee for Online Classes
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. Greenbelt, MD LocationACE - Academy of Computer Education - Washington DC (Greenbelt) |
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