Sectors

TECOSIM, the team, the techniques – all are not limited to a small number of sectors and industries. Whether you are in the Health sector or the Automotive, we take the same approach to your project: with passion, pride, enthusiasm and innovative thinking.

Here is a breakdown of the number of industries we currently operate in:

 

Energy / Renewables

The energy sector is one of the largest and most important industries in the world. It’s also one of the most dynamic with a number of different fuels, from oil to wind – every company in this field is looking to enhance technologies as quickly as possible. As the population grows, the demand for energy increases and the challenges grow greater.

No matter your specialty, we will work with you to produce the most efficient and productive solutions. From improving systems to reducing costs and material usage, together we will find ways to propel your company to the next level.

Using numerical calculation and computer simulation, we are able to simulate and improve weather resistance in components as well as the durability and life cycles of systems.

Our engineers have many years of Computer-Aided Engineering (CAE) experience in the solar and wind energy sectors. We can support your business in an advisory capacity or with full project management services.

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TECOSIM’s core expertise for this industry includes:

  • Structure simulation to evaluate strength, stability and service life of components under mechanical or thermal boundary conditions.
  • Computational fluid dynamics (CFD) to calculate phenomena which occurs as gases and fluids flow over surfaces (wind loads on wind turbine blades, gear hydraulic optimisation).
  • Optimisation calculations to identify potential of enhancements for components.
  • Multi-body system simulation for rigid body calculation and kinematic simulation of joints and drives of all types.
  • System simulation to examine complex overall systems where many sub-systems interact.
  • Coupled or multi-physics simulation to analyse complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected.

You can learn more about our Energy projects by clicking here

 What’s next?

 Get in touch with our professional and friendly team and see how TECOSIM save you time and money.
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Automotive

Our automotive client portfolio is extensive as we have over 25 years’ experience in this sector. We are a market leader for lightweight design, safety, comfort, electrical vehicles and sustainability.

Product development is supported by our comprehensive range of Computer-Aided Engineering (CAE) tools and techniques.

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TECOSIM’s core expertise for this industry includes:

  • Impact simulation to analyse various crash scenarios highlighting the impact on components as well as the entire vehicle. This helps to save costs on prototypes for real crash tests and reduces the impact on the environment
  • Vehicle occupant safety simulation to analyse the impact on passengers and the driver in a crash. This includes in-depth investigation on components such as belt systems, dashboards, air bags, interior trim and seats.
  • Pedestrian accident simulation is used to design and optimise vehicle components which have an impact on pedestrian injuries during a collision. This includes analysis of the entire vehicle front end, the front hood, the windscreen and other components.
  • Computational fluid dynamics (CFD) to calculate phenomena which occurs as gases and fluids flow over surfaces (fuel pump efficiency, external aerodynamics, heat management in engines, air conditioning, component testing, brake cooling, defrosting / de-icing of windscreens, contamination simulation and control hydraulics simulation)
  • Durability analysis is used during the early stages of structural component development to highlight and eliminate weak points, reveal weight optimisation opportunities and minimise the number of laboratory tests.
  • Multi-body system simulation for rigid body calculation and kinematic simulation of joints and drives of all types (powertrains, chassis components).
  • System simulation to examine complex overall systems where many sub-systems interact.
  • NVH (Noise, Vibration, Harshness) calculations to determine the response from vibrations, including noise, natural frequency and vibration response/amplitude (steering wheel shake, gear lever vibration and sound propagation in the passenger compartment).
  • Optimisation calculations to identify potential of enhancements for components regarding their weight or mechanical properties (powertrain, vehicle body, passenger compartment and overall structures).

Coupled or multi-physics simulation to complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected.

  • Virtual benchmarking (TEC|BENCH) allows detailed comparisons with competitors’ full products or vehicle components and component assemblies. This speeds up product development whilst reducing costs.

 

You can learn more about our Automotive projects by clicking here

 What’s next?

 Get in touch with our professional and friendly team and see how TECOSIM save you time and money.

to determine the response from vibrations, including noise, natural frequency and vibration response/amplitude.

complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected.
Contact Us

Construction and Agricultural

With the construction industry contributing nearly £90 billion to the UK economy and with over 70% of land used for farming, it’s vital that these two sectors are supported by state-of-the-art machinery.

At TECOSIM, we have vast experience in these areas having worked closely with leading brands. Now it is more important than ever for construction and agriculture companies to work with leading engineering companies to enhance their business activities.

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TECOSIM’s core expertise for this industry includes:

  • Structure simulation to evaluate strength, stability and service life of components under mechanical or thermal boundary conditions (driver’s cab, structural component optimisation)
  • Computational fluid dynamics (CFD) to calculate phenomena which occurs as gases and fluids flow over surfaces (powertrain, gear hydraulics and drive hydraulic optimisation and equipment assembly simulation).
  • NVH (Noise, Vibration, Harshness) calculations to conclude how to implement improvements to acoustics and reduce vibrations (noise prevention, soundproofing).
  • Optimisation calculations to identify potential of enhancements for components (structural component optimisation, multi-physics problems, stability studies).
  • Multi-body system simulation for rigid body calculation and kinematic simulation of joints and drives of all types (chassis components, powertrains).
  • System simulation to examine complex overall systems where many sub-systems interact.
  • Coupled or multi-physics simulation to analyse complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected.
  • Virtual benchmarking (TEC|BENCH) allows detailed comparisons with competitors’ full products or vehicle components and component assemblies. This speeds up product development whilst reducing costs.

You can learn more about our Construction and Agricultural projects by clicking here

What’s next?

Get in touch with our professional and friendly team and see how TECOSIM save you time and money.

analyse complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected.
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Aerospace

Aerospace businesses usually have special, bespoke requirements including strict safety regulations, reduction of environmental impact and immense cost pressure.

TECOSIM’s innovative and forward-thinking methods are well aligned to the needs of projects such as aircraft, missiles, space vehicles and satellites. We are a leading partner of many businesses in this area thanks to our experience in lightweight design, aerodynamics and thermodynamics.

One essential project we have recently worked on involved turbine splinter protection for gliders.

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TECOSIM’s core expertise for this industry includes:

  • Structure simulation to evaluate strength, stability and service life of components under mechanical or thermal boundary conditions (baggage holders, seat mountings, hydraulic pumps, load distribution and connection concepts for side walls and ceilings).
  • Computational fluid dynamics (CFD) to calculate phenomena which occurs as gases and fluids flow over surfaces (drive systems, aerodynamics, hydraulics, air conditioning, fuel feed systems).
  • NVH (Noise, Vibration, Harshness) calculations to conclude how to implement improvements to acoustics (interior acoustics in cockpits and cabins).
  • Multi-body system simulation for rigid body calculation and kinematic simulation of joints and drives of all types (landing gear mapping, control circuit integration).
  • System simulation to examine complex overall systems where many sub-systems interact.
  • Coupled or multi-physics simulation to analyse complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected.

You can learn more about our Aerospace projects by clicking here

 What’s next?

Get in touch with our professional and friendly team and see how TECOSIM save you time and money.
Contact Us

Mechanical Engineering and Plant Construction

Small to medium enterprises (SMEs) frequently undertake Mechanical Engineering. Companies in this high-tech sector can be subject to price and innovation pressure.

In order to maintain their position in the market, sometimes they have to adhere to these influences.

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TECOSIM offers comprehensive Computer-Aided Engineering (CAE) services to SMEs in the Mechanical Engineering and Plant Construction industry. With our support, you will get access to efficient and reliable solutions.

Sub-sectors we have experience include:

  • Smelting and rolling mill equipment
  • Thermal processing technology
  • Foundry machinery
  • Process engineering
  • Fluid technology
  • Precision tools
  • Machine tools
  • Mould Construction
  • Stamping

TECOSIM’s core expertise for this industry includes:

  • Structure simulation to evaluate strength, stability and service life of components under mechanical or thermal boundary conditions.
  • Computational fluid dynamics (CFD) to calculate phenomena which occurs as gases and fluids flow over surfaces (fluid mixing, torch optimisation, filling calculations, optimisation of reactors and gear hydraulics).
  • Optimisation calculations to identify potential of enhancements for components (structural component optimisation, multi-physics problems and stability studies).
  • NVH (Noise, Vibration, Harshness) calculations to conclude how to implement improvements to acoustics (noise prevention and soundproofing).
  • Multi-body system simulation for rigid body calculation and kinematic simulation of joints and drives of all types.
  • System simulation to examine complex overall systems where many sub-systems interact.
  • Coupled or multi-physics simulation to analyse complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected
  • Virtual benchmarking (TEC|BENCH) allows detailed comparisons with competitors’ full products or vehicle components and component assemblies. This speeds up product development whilst reducing costs.

You can learn more about our Mechanical Engineering and Plant Construction projects by clicking here

 What’s next?

 Get in touch with our professional and friendly team and see how TECOSIM save you time and money.
Contact Us

Chemical industry

The chemical industry faces a number of challenges including improvements in energy efficiency and environmental protection, strict safety regulations and innovation expansion.

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TECOSIM has the experience and expertise to help you with all of these issues, whether you’re a major organisation or an SME.

TECOSIM’s core expertise for this industry includes:

  • Structure simulation to evaluate strength, stability and service life of components under mechanical or thermal boundary conditions.
  • Computational fluid dynamics (CFD) to calculate phenomena which occurs as gases and fluids flow over surfaces (fluid mixing, torch optimisation, filling calculations, optimisation of reactors).
  • Optimisation calculations to identify potential of enhancements for components (structural component optimisation, multi-physics problems and stability studies).
  • NVH (Noise, Vibration, Harshness) calculations to conclude how to implement improvements to acoustics (apparatus construction noise reduction).
  • Multi-body system simulation for rigid body calculation and kinematic simulation of joints and drives of all types.
  • System simulation to examine complex overall systems where many sub-systems interact.
  • Coupled or multi-physics simulation to analyse complex systems with multiple requirements and constraints, typically minimising mass whilst ensuring mechanical limits are respected.
  • Virtual benchmarking (TEC|BENCH) allows detailed comparisons with competitors’ full products or vehicle components and component assemblies. This speeds up product development whilst reducing costs.

 You can learn more about our Chemical industry projects by clicking here

What’s next?

 Get in touch with our professional and friendly team and see how TECOSIM save you time and money.
Contact Us

Marine

Shipyards and boat manufacturers are looking for ways to cut costs and for innovative solutions to improve competitiveness on an international level.

With locations in Germany, Romania, India, Japan and the UK, we are able to provide shipyards and their suppliers with the engineering expertise they require.