Our Senior Engineers are experts in the highly specialised field of Structural Engineering. Since 2011, we have been designing and certifying machinery and structures, from small machinery components to large plant steel structures and equipment. Organisations in Aerospace, Agriculture, Mining, Automotive, Rolling Stock, and Manufacturing rely on Trevilla Engineering to ensure their safety, productivity, and compliance.
Structural design should be done with respect to both functionality and aesthetics. Failure in machinery and steel structures can be avoided with the necessary certification, testing, procedures, and maintenance. Don’t risk your valuable assets or business productivity. Investment in Mechanical and Structural Analysis ensures designs, parts, plants, and structures are compliant and meet safety standards.
All our work is carried out by qualified and experienced Structural Engineers who adapt their consulting services to the unique industry and business needs of our clients.
Structural integrity and stability are key safety aspects of equipment and steel structures. This applies to mobile equipment and fixed plant. Our Mechanical Engineers conduct structural integrity and stability assessments of all equipment, using traditional and innovative field and computational tools to obtain the most accurate and reliable results.
Certification of steel structures is issued to ensure that structural design is in accordance with Engineering best-practice and compliant with the latest Australian Standards. Trevilla’s Engineers use standard methods, such as Finite Element Analysis on new structural designs, and new technology Vibration Analysis on existing or old steel structures. These methods obtain reliable and real-time results.
Trevilla conducts a range of statutory inspections of equipment, including field commissioning and safety audits of new and existing plant. Our Engineers also provide mechanical introduction to site of underground, open cut mining machinery and steel structures under mining legislation, company engineering standards, Australian standards and industry specific guidelines.
Our Mechanical Engineers routinely conduct machinery condition inspections to large capital equipment, such as draglines, longwalls, CHPPs, excavators, ancillary equipment, etc. We go beyond common field measurements by interpreting data into cost effective solutions, including preparation and review of maintenance work scopes and detailed structural repair guidelines, as well as field supervision and technical superintending of critical repairs.
Failure of Machinery Components can have serious safety, financial, environmental and legal consequences. Trevilla’s failure investigations provide a full understanding of the root cause of machinery failures, applying a systematic approach to root cause finding, supported by a strong Engineering rigour to validate potential causes. We advise on cost effective solutions to prevent reoccurrence.
Large operations spend millions of dollars each year in repair work associated with sudden failure of machinery components. Failure of machinery components, plant and equipment, can be prevented with proper training of maintenance and operating personnel. We provide expert training in best practice to avoid failures and prevent reoccurrence of failures that result in costs and heavy consequences.
Failure of most Machine Components and Steel Structures is usually due to stress that can be eliminated or reduced by conducting a Finite Element Analysis on your design. Trevilla’s Mechanical Engineers work to Australian and International Standards to review Engineering Designs for structural integrity. We can also advise on how to strengthen and make your design compliant.
Strategic corrosion inspection and monitoring can improve asset management and lifecycle. Trevilla’s Engineers monitor and inspect dedicated corrosion areas on a 6/12/24 month basis. We can 3D laser scan portions (300mm Square) with an accuracy of 0.02mm and then compare with original designs or structural sections to give an accurate corrosion rate so you can asset manage and budget for refurbishment or replacement in the future.
Our proprietary development allows users to interact with the physical environment of the infrastructure with the convenience of mobile or desktop access.VAMS users can store, communicate and create asset management information underpinned by the physical context of the operation, thus expanding the understanding of internal and external parties without the need go onsite.
Our Mechanical Engineers are experienced problem solvers that identify the root causes of problems or incidents. Our primary goal is to find the exact reason for a failure. We define and identify the problem; analyse cause and effect; provide a solution; and report on the findings. Systematically resolve underlying issues and prevent costly but avoidable failures.
Regular inspections, routine servicing, and timely repairs ensure the longevity and safe operation of equipment and systems. Address potential issues before they become serious problems. By systematically maintaining equipment and addressing safety concerns, organisations can minimise downtime, extend the lifespan of assets, and create a safer work environment.
Facilitate the planning, scheduling, and tracking of maintenance activities to streamline and optimise the upkeep of equipment and facilities. Planning, scheduling, and tracking of maintenance activities ensures that tasks are completed efficiently and effectively. Reduce downtime, lower costs, and extend the lifespan of your assets to contribute to smoother operations and improved reliability.
