MARC Bibliographic Record

LEADER02223nab a22002891u 4500
001 991022351252102122
005 20190131110648.0
006 m o d
007 cr unu||||||||
008 190131s1990 xx o eng u
035    $a901441
035    $a(UtOrBLW)1000016785
035    $a(EXLNZ-01UWI_NETWORK)9912691937102121
040    $aUtOrBLW
100 1_ $aSchwartzkopf, Steven H.
245 12 $aA Software Toolkit for Life Support System Simulation Modelling /$cLockheed Missiles & Space Co., Inc.
264 _1 $aWarrendale, PA :$bSAE International,$c1990.
300    $a1 online resource
336    $atext$btxt$2rdacontent
337    $acomputer$bc$2rdamedia
338    $aonline resource$bcr$2rdacarrier
347    $adata file$2rda
520    $aOne of the most frequently encountered problems in the design and development of life support systems concerns system integration and evaluation. Lockheed Missiles & Space Co. has developed a simulation modelling toolkit to assist life support system designers in conducting system design, integration and performance assessment. This work arose from a recognized need for a flexible, easily-visualized simulation tool to support aerospace life support system design. The simulator supports performance analysis and "what if" studies based on the construction of block diagrams of the systems to be simulated. Libraries of physicochemical, bioregenerative and hybrid technologies have been developed. These subroutines can be accessed for use in developing system block diagrams. The blocks specified in a particular model can be easily interchanged with other blocks which perform similar functions to assess changes in system performance. The simulation tool supports plotting of user-selectable model outputs to one or more on-screen strip chart recorders, each having up to four channels. This paper describes key features of several blocks, as well as a hybrid physicochemical/bioregenerative life support system model.
650 _4 $aLife support systems.
650 _4 $aSimulation and modeling.
711 2_ $aInternational Conference On Environmental Systems$d(1990-07-09 :$cWilliamsburg, Virginia, United States)
856 40 $uhttps://doi.org/10.4271/901441

MMS IDs

Document ID: 9912691937102121
Network Electronic IDs: 9912691937102121
Network Physical IDs:
mms_mad_ids: 991022351252102122