Fatigue Assessment, Life Extension, Upgrades

AMOG is able to undertake advanced engineering analysis and detailed design of marine and land based structures and systems. This industry-recognised capability is founded upon the combination of experience gained from many years of active consulting and leading-edge research with the expert application of advanced numerical techniques and state-of-the art software based analytical tools.

Excavator

Detailed Finite Element Anlaysis (FEA) of a mining excavator

Heavy Lift

After completing detailed analyses, AMOG were also onboard to monitor this offshore heavy lift of a compressor module

Carrier

Rendered structural diagram of a carrier

Finite Element Analysis

Detailed Finite Element Anlaysis (FEA)

Repair

Structrual diagram of a gusset repair

Hooked

Technical drawing and Finite Element Analysis (FEA)

Load Paths

Detailed analyses of load paths

Burrendong Dam

The Burrendong Dam temperature control curtain - winner of an Australian Engineering Excellence Award

Heli Platform

Structural diagram of a heli pad

Shiploader

Finite Element Alanysis (FEA) of a shiploader

Reclaimer FEA

Finite Element Analysis (FEA) of a bucket wheel reclaimer

AMOG’s capabilities include:

• Implicit and explicit non-linear element analysis techniques
• Post yield and collapse behavior prediction
• Material rupture simulation
• Accounting for non-linear geometric and material strain rate effects
• Multi-component contact interaction and friction
• Blast and collision loading
• Large displacement time domain analysis
• Fatigue and Fracture mechanics

AMOG is able to support clients by offering the following structural engineering services:

• Design of Offshore and Onshore Structures/Components
• Structural Design Appraisal, Reassessment and Third-Party Audit
• Condition Monitoring and Instrumentation of Structures
• Failure investigation and Forensic Engineering
• Fracture Mechanics Assessments
• Fatigue Assessments, Life Extension and Structural Upgrades
• Impact Assessments
• Blast and Collapse Analysis
• Hydrodynamic Loading Structures
• Structural Assessment of Dynamic Systems
• Fracture Mechanics Assessments