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TENT Overview
Motivation
Many of today's engineering applications require the numerical simulation of underlying physical processes such as fluid dynamics, structural mechanics, thermodynamics and their multidisciplinary coupling.
Full article
Architecture
The basic idea in implementing TENT was to develop a component-based application integration framework that lets the user concentrate on putting together workflows and solving actual problems, instead of having to focus on the technical details of distributed computing.
Full article
GUI
The GUI enables block-oriented graphic workflow assembly by users. It also lets users modify parameters of components and applications, and start, influence, and monitor online the entire simulation.
Full article
Data management
TENT data management can manage workflow and component configurations, as well as input and output files, in the form of freely definable project hierarchies.
Full article
Collaborative working
TENT permits multiple users to work on the same simulation while the simulation is running.
Full article
Integration with Globus / Grid
The goal of this integration was to add the Grid-functionalities of the Globus Toolkit to the existing TENT solutions for resource selection, application starting and data transfer, and in some cases to replace them entirely.
Full article
Projects in TENT / Integrated applications
AMANDA
A Multidisciplinary high performance Numerical Development system for Aircraft
Full article
AUTO-OPT
In AUTO-OPT wurden verschiedene Simulations- und Optimierungs-Tools aus der Automobilindustrie in das TENT-System integriert.
Full article
IMENS
The objective of the IMENS project was the development of a simulation environment for the coupled flow structure analysis of thermally stressed components of re-entry vehicles.
Full article
IMENS+
The objective of the IMENS+ project was the extension of the design tool for analysis of unstationary problems and activly cooled structures with fluid-structure-interaction developed in the project IMENS.
Full article
SikMa - Simulation of Complex Manoeuvre
The DLR project SikMa (Simulation of Complex Manoeuvre) was under the direction of the Institute of Aerodynamics and Flow Technology (AS). The objective was to develop an interactive simulation environment for the simulation of a freely flying, fully configured, elastic warplane.
Full article
SUPEA
The aim of the project SUPEA (was the development of a numerical testbed for simulation of gasturbines.
Full article
Related Articles
TENT
TENT Overview
Motivation
Architecture
GUI
Data management
Collaborative working
Integration with Globus / Grid
Projects in TENT / Integrated applications
AMANDA
AUTO-OPT
IMENS
IMENS+
SikMa - Simulation of Complex Manoeuvre
SUPEA
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