Downloads

Downloads

Product Flyers

THESEUS-FE Product Flyer THESEUS-FE Product Flyer
[1.5 MB]
THESEUS-FE Product Overview THESEUS-FE v2.1 Product Overview
[3.5 MB]

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Publications

2008

Lange Nacht der Forschung: Simulation & Komfort (german)
[1.2 MB]
Thermal Comfort Design and Assessment of Vehicle Cabins with THESEUS-FE
[1.2 KB]
Auslegung und Beurteilung des thermischen Raumklimas in Fahrzeugen mit der Software THESEUS-FE (german)
[1.2 KB]
Feasibility study and theoretical conception of a thermo-physiological intelligent manikin for the prediction of thermal comfort (german) Feasibility study and theoretical conception of a thermo-physiological intelligent manikin for the prediction of thermal comfort (german)
Ventilation and air conditioning of a car cabine (czech) Ventilation and air conditioning of a car cabine (czech)
Parametric Model for the Interactive Simulation of Human Thermoregulation (german) Parametric Model for the Interactive Simulation of Human Thermoregulation (german)
THESEUS-FE Newsletter THESEUS-FE Newsletter 1/2008
[537 KB]
CTI-Forum 2008 Simulation der Fahrzeugklimatisierung mit lokaler Komfortbewertung (german)
[6.2 MB]
Neural Networks Prediction of Car Cabin Temperature Using Artifcial Neural Network
[2.5 MB]
Glass transmission The implementation of mathematical models for glass transmission in a finite element based thermal solver
[900 KB]
Polyhedral FE Implementation of Polyhedral Finite Elements: with application to heat transfer
[5.5 MB]
SoftwareLab Poster SoftwareLab Poster
[3.7 MB]

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2007

MAC Workshop 2007 Air Conditioning Cabin Simulation with Local Comfort Rating of Passengers
[6.1 MB]
Aerospace-Workshop, Cabin, Climate and Comfort Aerospace-Workshop, Cabin, Climate and Comfort
[1.4 MB]
THESEUS-FE Newsletter THESEUS-FE Newsletter 2/2007
[214 KB]
Eurosim 2007 Some considerations on global and local thermal comfort based on Fiala's thermal manikin in THESEUS-FE
[277 KB]
A real time numerical analysis of vehicle cool-down performance (standard quality) A real time numerical analysis of vehicle cool-down performance (standard quality)
[805 KB]
A real time numerical analysis of vehicle cool-down performance (high quality) A real time numerical analysis of vehicle cool-down performance (high quality)
[6.7 MB]
Implementation Fiala's manikin Finite Element Based Implementation of Fiala's  Thermal Manikin in THESEUS-FE
[1.62 MB]
CeBeNetwork CeBe Network
[1.2 MB]
THESEUS-FE Newsletter THESEUS-FE Newsletter 1/2007
[1.7 MB]
ATZ Article 2007 State-of-the-Art Thermal Management Demonstrated on Cabin Air Conditioning
[752 KB]
Octree Implementation of an Effective Collision Detection Algorithm for View Factor Matrix Calculation
[4.5 MB]
Raytracing Technique Modern Ray-Tracing Techniques Applied to Radiation Heat Transfer Analysis
[1 MB]
Octree Verfahren zur Berechnung der Viewfaktoren für Strahlungsprobleme
[3 MB]

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2006

AEP Interview 2006 Interview for Automotive Engineering Partners
[127 KB]
Climat Comfort 2006 New climatisation manikin improves interior design
[463 KB]
European Automotive Design Sweating manikin transforms HVAC design
[518 KB]
Modelica Simulation of complex systems using Modelica and tool coupling
[647 KB]
CAD Plus Artikel Virtueller Manikin hilft Klima auf die  Sprünge
[772 KB]

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Older

Active System Computer prediction of human thermoregulatory and temperature responses to a wide range of  environmental conditions
[commercial paper]
Human Thermoregulation A computer model of human thermoregulation for a wide range of environmental conditions: the passive system
[566 KB]

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Manuals

THESEUS-FE User's Manual THESEUS-FE User's Manual
[4.8 MB]
THESEUS-FE Validation Manual THESEUS-FE Validation Manual
[2.9 MB]
THESEUS-FE Tutorial Manual THESEUS-FE Tutorial Manual
[7.8 MB]
FIALA-FE Theory Manual FIALA-FE Theory Manual
[736 KB]

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Example Files

Tutorial 1 Tutorial 1
A house wall is exposed to a sun load of 650 W/m2. The temperature at the inner and outer side shall be calculated...
[193 KB]
Tutorial 2 Tutorial 2
The soak cycle of a middle class car in a climate chamber shall be simulated. One airzone will represent the cabin volume...
[1.5 MB]
Tutorial 3 Tutorial 3
The soak cycle in Tutorial 2 was a quick and simple calculation situated by a parked car. In the third tutorial the parking situation will be considered more accurate...
[4.6 MB]
Tutorial 4 Tutorial 4
In this example a cool down cycle with a manikin will be simulated. The restart file created in tutorial 3 will be use to initialize temperatures...
[2.9 MB]
Tutorial 5 Tutorial 5
The temperature distribution at the engine mounting and at the thermal-insulation plate shall be evaluated. The heat flows of the engine mounting shall be plotted and...
[1.3 MB]

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