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About 10,000 papers for “simulation applications”

Applications: Distributed Simulation

The MIT Press eBooks · 1987

This chapter contains sections titled: Simulation of Discrete Systems, The Deadlock Avoidance Approach, The Deadlock Detection and Recovery Approach, The Time Warp Mechanism, Summary

Cited by 0

APPLICATIONS OF SIMULATION

Of Spacecraft Flight Software · 2008

Abstract- We describe how the application of simula-tion and emulation to the lifecycle of spacecraft software can improve quality and aid in schedule compression and cost reduction. We define various forms of simulation and emulation, describe their various uses over the soft-ware development lifecycle, outline our experiences with regards to what can go wrong and right, and discuss how

Cited by 0

Metacomputing for simulation applications

Resch, M.M. · OpenGrey (Institut de l'Information Scientifique et Technique) · 2001

Available from TIB Hannover: RO 7298(51) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Informationsbibliothek

Cited by 0

Democratising Simulation with Applications

Eureka! · 2020

Simulation applications (and the ability to distribute them) benefit organisations by making modelling accessible to a wider range of engineers, colleagues and customers.

Cited by 0

Applications of HRSG Simulation

V. Ganapathy · OakTrust (Texas A&M University Libraries) · 1995

Heat Recovery Steam Generators are widely used in cogeneration and combined cycle plants generating steam utilizing energy from gas turbine exhaust. Before planning cogen projects, consultants should study various options available in terms of steam parameters and select the optimum. Simulation helps plan such studies. In addition, useful "what if" studies can be performed without even designing the HRSG, thus saving valuable time.
\nThis article outlines the applications of HRSG simulation and how plant engineers, consultants can benefit from such studies.

Cited by 1

Spatial Simulation: Environmental Applications

Evan J. Englund · 1993

GIS Systems excel at manipulating spatial information, but may not always adequately reflect the level of uncertainty associated with that information. Spatial simulations, conditioned to honor existing data as well as a variogram model, can provide both qualitative and quantitative evaluations of spatial uncertainty in interpolated data. Display of several alternate simulations can graphically illustrate the degree of uncertainty to the data interpreter. The use of alternate simulations as input to other models provides a mechanism for quantifying the sensitivity of complex systems to uncertainty or spatial variability.

Cited by 0

Real- Time Simulation Applications

V. Srinivas · Defence Science Journal · 1987

This paper deals with development of the real-time simulation systems. Two systems, one for supporting the research and development programmes of the aircraft industry and the other to provide pilot training of modem aircraft are described. The presentation brings out the effectiveness of such systems in their respective roles and the techniques developed in the design and realisation of hardware and software. This also gives a overview of various activities which have culminated in the establishment of research simulation facility and training simulators. Also plans of actions and techniques proposed to be employed in terms of future programmes are discussed.

Cited by 1Open access

DEMOCRATISING SIMULATION WITH APPLICATIONS

The Engineer · 2021

Simulation applications (and the ability to distribute them) benefit organisations by making modelling accessible to a wider range of engineers, colleagues and customers.

Cited by 0

Large eddy simulation applications

Guillaume Dufour, Nicolas Gourdain, Florent Duchaine et al. · Open Archive Toulouse Archive Ouverte (University of Toulouse) · 2009

The objective of the present lecture is to provide an overview of what can be achieved today using state-of-the-art Large Eddy Simulations for turbomachinery components, emphasizing the gain in accuracy and the cost of the method. First, a review of the published literature is performed, highlighting notable achievements in terms of turbomachinery applications with LES. In the second part, two applications of LES in turbomachinery are presented. The first application is a high-pressure turbine stator, the VKI Turmunsflat case, experimentally studied by Sieverding et al. [128]. Simulations with the RANS, URANS and LES methods are compared, clearly illustrating the fundamental differences between the three approaches. The computational cost of the methods is assessed, and compared against the benefits in terms of physical accuracy. The second test case is a highly-loaded high-pressure turbine blade cascade studied within a Conjugate Heat Transfer (CHT) framework. This multi-physics case illustrates the coupling between a LES flow solver and a solid heat-transfer code. Comparisons are made to assess the relative gains obtained with the LES approach (as compared to a RANS simulation) and due to the coupling with the heat-transfer code (as compared to adiabatic simulations).

Cited by 7

VCSEL Applications and Simulation

Ning, Cun-Zheng, Li, Jian-Zhong, Goorjian, Peter et al. · NASA STI Repository (National Aeronautics and Space Administration)

This viewgraph presentation gives an overview of Vertical Cavity Surface Emitting Laser (VCSEL) simulation and its applications. Details are given on the optical interconnection in information technology of VCSEL, the formulation of the simulation, its numeric algorithm, and the computational results.

Cited by 0Open access

Applications for enterprise simulation

Roland R. Mielke · 1999

The purpose of the paper is to describe several recent applications of enterprise simulation. An enterprise simulation is a simulation which is constructed with a top-down view of a business enterprise and which is intended to serve as a decision support tool for decision makers. Examples are taken from the domain areas of transportation, urban operations, supply chain management, entertainment, and manufacturing. The objective is to help clarify the meaning of the term enterprise simulation and to promote its use as an important management tool.

Cited by 12

Applications - Noble ape simulation

Thomas S. Barbalet · IEEE Computer Graphics and Applications · 2004

Developed with optimization and access as its central tenets, the simulation aimed originally to simulate a biologically diverse landscape (initially tropical islands) and simulate the ape inhabitant's cognitive processes. The cognitive simulation relies on two competing 3D mathematical effects to describe two basic cognitive effects - fear and desire. The simulation creates a rich ecological environment over a relatively large area through which the simulated-sentient noble apes can wander. The user interacts with the environment through a number of simultaneously displayed graphical views. The noble ape simulation includes two quite distinct developments: the simulation core and the simulation graphics. Both are modular and both regularly support other developments aside from the noble ape simulation These two developments also contain a number of smaller modular components.

Cited by 4