About Reliability Engineering
Reliability engineering involves the systematic application of
time-honored engineering principles and techniques throughout a
product lifecycle and is thus an essential component of a good
Product Lifecycle Management (PLM) program. The goal of reliability
engineering is to evaluate the inherent reliability of a product or
process and pinpoint potential areas for reliability improvement.
Realistically, all failures cannot be eliminated from a design, so
another goal of reliability engineering is to identify the most
likely failures and then identify appropriate actions to mitigate
the effects of those failures.
The reliability evaluation of a product or process can include a
number of different reliability analyses. Depending on the phase of
the product lifecycle, certain types of analysis are appropriate. As
the reliability analyses are being performed, it is possible to
anticipate the reliability effects of design changes and
corrections. The different reliability analyses are all related and
examine the reliability of the product or system from different
perspectives in order to determine possible problems and assist in
analyzing corrections and improvements.
Reliability Analysis Software from ReliaSoft
ReliaSoft Corporation
provides a complete array of
software tools for
reliability modeling and analysis. In addition to English, information about ReliaSoft's reliability
modeling and analysis products and services is available in the
following languages: Español, Português, Français, Deutsch, Polski,
Italiano, Pусски and 中文.
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Weibull++: Life Data Analysis (Weibull Analysis) Software Tool
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ALTA: Quantitative Accelerated Life Testing (QALT) Data Analysis Software Tool
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DOE: Software Tool for Experiment Design and Analysis (DOE)
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RGA: Software Tool for Repairable System Analysis and Reliability Growth
Analysis
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BlockSim: System Reliability, Maintainability, Availability,
Optimization, Throughput, Life Cycle Cost and Related Analyses Software Tool
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In English:
BlockSim: System Reliability, Maintainability, Availability,
Optimization, Throughput, Life Cycle Cost and Related Analyses
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En español:
BlockSim: Confiabilidad del Sistema, Mantenibilidad, Disponibilidad, Optimización,
Rendimiento, Costes de Ciclos de Vida y Análisis Relacionados
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Em português:
BlockSim: Análise da Confiabilidade, Mantenabilidade,
Disponibilidade, Otimização, Throughput, Life Cycle Cost e
Análises Relacionadas
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En Français:
BlockSim:
Logiciel d'Analyse de
Fiabilité, Maintenabilité, Disponibilité, Optimisation,
Flux, Coût du Cycle de Vie et autres Analyses
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Auf Deutsch:
BlockSim: Analysen der Systemzuverlässigkeit / Instandhaltbarkeit / Verfügbarkeit, Optimierung, Durchsatz, Lebenszykluskosten und verwandte Analysen
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Polski:
BlockSim: Oprogramowanie do kompleksowej analizy niezawodnościowej systemów
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In Italiano:
BlockSim: Affidabilità di sistema, manutenibilità,
disponibilità, ottimizzazione dei componenti, produttività,
analisi dei costi del ciclo di vita
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По-русски:
BlockSim: Надежность Систем, Ремонтопригодность,
Эксплуатационная готовность, Оптимизация,
Производительность, Стоимость срока службы и смежные понятия
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中文:
BlockSim: 它在拥有强大分析能力的同时也保持了使用和操作的简便性
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日本:
BlockSim:信頼性、保全性、有効性、信頼性最適化、処理能力、資源は一、寿命サイクルコストとそれらに関連した分析
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RENO: Probabilistic Event and Risk Analysis Software Tool
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Xfmea: Failure Mode and Effects Analysis (FMEA and FMECA) Software Tool
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RCM++: Reliability Centered Maintenance (RCM) Software
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FMEA Accelerator: FMEA Template Collections to Speed Up and Improve FMEA and RCM Analyses
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MPC3: Maintenance Program Creator Software Tool
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Lambda Predict: Standards Based Reliability Prediction Software Tool
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XFRACAS: Web-based Failure Reporting, Analysis and Corrective Action
System (FRACAS)
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