Home

Site Map

Company

Profile Mission History Customers Jobs Contact Us

Software

Sohar Software Overview Reliability Software

RAMS Software Reliability & Availability Prediction Basic Reliability Prediction Reliability Modeling (RBD) Markov FMECA Derating Stress / Strength Weibull

Safety Software

Safety Assessment FRACAS Master Minimum Equipment List (MMEL)

FRACAS Software Failure Analysis Software

FMEA/FMECA

FMEA and FMECA Overview Design/Process FMEA FMECA/Testability Analysis

Fault Tree (FTA) Event Tree (ETA)

Maintenance, ILS, LCC

Spare Parts Optimization Maintainability / RCM ILS Life Cycle Costing (LCC) MSG-3

Sneak Circuit Analysis

Tool Overview Brochure

Software Projects

Tailor Made Software Projects

Services

Program Support Reliability, Availability and Dependability Failure Data Collection (FRACAS) System Safety Software Reliability & Safety Sneak Circuit Analysis Tool development

Training

System RMA training System Safety training Sneak Circuit Analysis

Downloads

News

Publications

Reliability

Overview What is Reliability Reliability Engineering Reliability Analysis Reliability Prediction Reliability Plan Reliability Block Diagram Fault Tree Analysis R & M Test Planning Testability Analysis Dependability Modeling & Analysis Process & Design FMEA

System Safety

Safety Overview What is Safety Safety Assessment Safety Management Hazard Analysis Fault Tree Analysis Sneak Circuit Analysis

Failure Analysis & FRACAS

Failure Analysis Failure Collection System Reliability Growth Failure Analysis Methods FRACAS Process Definition FRACAS Outputs Definition Corrective Action Mechanism 8D Process CAPA FRACAS Software FRACAS Text Mining FRACAS Demo

Software Reliability & Safety

Software Failures and Faults Software Reliability Software Safety Software FMEA Software FTA Software Requirement Analysis for Safety

Sneak Circuit Analysis

What is Sneak Circuit Analysis? Benefit of Sneak Circuit Analysis Methodology and Tools

Tool Development

Custom Tool Development Case Studies

Program Support

Design and Development Phase Test & Evaluation Phase Integrated Logistics Support

Reliability Software, Safety and Quality Solutions / Failure Analysis & FRACAS / FRACAS Process Definition

FRACAS Process Definition

FRACAS (Failure reporting, analysis and corrective actions system) is a disciplined closed loop failure reporting, analysis and corrective action system.
The FRACAS process (system) is an essential element for the achievement of product reliability and safety.

A Failure Reporting Analysis and Corrective Action System (FRACAS) is used to record all failures and problems related to a product or process and their associated root causes and failure analyses in order to assist in identifying and implementing corrective actions.

FRACAS references:

MIL-STD-2155(AS) - Military Standard Failure Reporting, Analysis and Corrective Action System (FRACAS), 24th July 1985
DEF STAN 00-40 - Reliability and Maintainability
DEF STAN 00-41 - Reliability and Maintainability GB MOD Guide to Practices and Procedures (Section 25)

See also:
Failure Reporting, Analysis and Corrective Actions System (FRACAS) Software
SoHaR FRACAS Overview
Failure Data Collection Services
Download FRACAS Software Demo

Customers
OOPS. Your Flash player is missing or outdated.Click here to update your player so you can see this content.