TriVista Engineering Ltd is an independent company specialising in engineering analysis and design support for industry and also manufacture outsourcing to China. For engineering analysis, we use the latest Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) tools and have experience in a wide range of industries from Automotive, Aerospace, Defence, Oil & Gas, Processing, Rail, Medical to Domestic Appliances.
Common to all analysis projects is the use of strong analytical skills combined with substantial practical engineering experience. On the manufacture outsourcing side, our staffs provide a fast, effective route to a well-established network of high quality Chinese manufacturers. TriVista's team have experience with both outsourcing large complex engineering systems and smaller component manufacturing projects.
Our experienced FEA engineers provide various FE analyses covering a wide range of physics. Our CFD services provide a powerful analytical approach to predicting flows and optimising designs.
Common to all analysis projects is the use of strong analytical skills combined with substantial practical engineering experience. On the manufacture outsourcing side, our staffs provide a fast, effective route to a well-established network of high quality Chinese manufacturers. TriVista's team have experience with both outsourcing large complex engineering systems and smaller component manufacturing projects.
Our experienced FEA engineers provide various FE analyses covering a wide range of physics. Our CFD services provide a powerful analytical approach to predicting flows and optimising designs.
Services
TriVista is an independent company established since 2001 specialising in engineering design and analysis support for industry.
Our goal is to provide high quality client-focused solutions, promptly and effectively.
TriVista uses the latest advanced Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) software and this is coupled with a substantial Engineering Design capability.
Our highly qualified engineers come from a variety of industries, with a good mix of production and development backgrounds.
Our goal is to provide high quality client-focused solutions, promptly and effectively.
TriVista uses the latest advanced Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) software and this is coupled with a substantial Engineering Design capability.
Our highly qualified engineers come from a variety of industries, with a good mix of production and development backgrounds.
Product design and development in all industrial sectors obtains significant advantage from the use of modern computational engineering analysis.
Each industrial field faces unique technical challenges, differing industrial standards and requirements.
The greater use of computational engineering tools across all these industrial areas is enabling designs to be optimised earlier in the development process to minimise costs associated with later modifications.
Over the years, TriVista has performed a wide range of project analyses across many industrial sectors.
Each industrial field faces unique technical challenges, differing industrial standards and requirements.
The greater use of computational engineering tools across all these industrial areas is enabling designs to be optimised earlier in the development process to minimise costs associated with later modifications.
Over the years, TriVista has performed a wide range of project analyses across many industrial sectors.
Aerospace and defence companies both have to design for high performance in demanding operational and environmental conditions.
These industries are currently seeing opposing market forces with defence budgets constrained but commercial aerospace seeing business expanding.
Defence companies currently face the challenges of: tighter defence spending; changing equipment requirements and technology advances.
Commercial aerospace manufacturers face the continued demands of: optimising comfort, improving safety, decreasing weight and reducing noise.
These industries are currently seeing opposing market forces with defence budgets constrained but commercial aerospace seeing business expanding.
Defence companies currently face the challenges of: tighter defence spending; changing equipment requirements and technology advances.
Commercial aerospace manufacturers face the continued demands of: optimising comfort, improving safety, decreasing weight and reducing noise.
Automotive manufacturers and suppliers have the continued challenge of delivering innovative, safe, reliable vehicles under increasing consumer plus regulatory demands for greater energy-efficiency and reduced environmental impact.
Global automotive manufacturers are therefore currently evaluating alternative powertrains such as fuel cells, hybrid and electric traction technologies to replace the traditional internal combustion engine.
Bringing CAE predictive simulations to the early stage of the design process has substantial benefits in enabling design to be influenced earlier and the number of design cycles plus physical testing to be significantly reduced.
Global automotive manufacturers are therefore currently evaluating alternative powertrains such as fuel cells, hybrid and electric traction technologies to replace the traditional internal combustion engine.
Bringing CAE predictive simulations to the early stage of the design process has substantial benefits in enabling design to be influenced earlier and the number of design cycles plus physical testing to be significantly reduced.
The number of UK rail journeys has significantly risen over the last twenty years and increased demand exists for higher punctuality and reliability.
In response, the rail industry has made greater investment in both rolling stock and track improvements.
Rail manufacturers are developing railcars, trams, metros, road-rail vehicles and locomotives to be cleaner, more comfortable, have a higher reliability and be more environmentally friendly to provide the rail operators with improved technology to meet these demands.
In response, the rail industry has made greater investment in both rolling stock and track improvements.
Rail manufacturers are developing railcars, trams, metros, road-rail vehicles and locomotives to be cleaner, more comfortable, have a higher reliability and be more environmentally friendly to provide the rail operators with improved technology to meet these demands.
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