Arsip Blog

Failure Mode Analysis of Mechanical Component

OBJECTIVES

To provide basic statement of philosophy, principles and concepts, and then to
introduce to the techniques and methodology of reliability assessment and
evaluation as applied to mechanical components, equipment, and mechanical
plant systems and sub-systems.
To improve the understanding of failures as related to their nodes, causes and
effect.

 

COURSE CONTENTS

  1. Introduction
    • Implications of mechanical reliability
    • Definition of mechanical reliability
    • Reliability and rates of failures
  2. System Safety Analysis
    • Human Error
    • Routine Operations
    • Emergency Operations
  3. Methods of Analysis
    • Failures Modes and Effects Analysis (FMEA)
    • Event Trees
    • Fault trees
  4. Reliability prediction : Weibull Analysis
  5. System Availability Simulation: Montecarlo Simulation
Iklan

Failure Mode Analysis of Mechanical Component

OBJECTIVES

To provide basic statement of philosophy, principles and concepts, and then to
introduce to the techniques and methodology of reliability assessment and
evaluation as applied to mechanical components, equipment, and mechanical
plant systems and sub-systems.
To improve the understanding of failures as related to their nodes, causes and
effect.

 

COURSE CONTENTS

  1. Introduction
    • Implications of mechanical reliability
    • Definition of mechanical reliability
    • Reliability and rates of failures
  2. System Safety Analysis
    • Human Error
    • Routine Operations
    • Emergency Operations
  3. Methods of Analysis
    • Failures Modes and Effects Analysis (FMEA)
    • Event Trees
    • Fault trees
  4. Reliability prediction : Weibull Analysis
  5. System Availability Simulation: Montecarlo Simulation