SES-Tec – Competent partner for your engineering demands.

ABOUT US

Competent partner for your engineering demands.

In the competition for the best products the solution of multi-physics problems plays an increasingly important role. SES-Tec, stands for Scientific & Engineering Simulation – Technology and supports customers in the field of multi-physics simulations and the creation of simulation methods. SES-Tec was founded by Dr. Wolfgang Lang and Dr. Dalibor Jajcevic in 2013.

The core competencies of SES-Tec comprise the creation and application of numerical methods of fluid dynamics, thermodynamics, structural mechanics and particle and process engineering. To get the maximum out of the available opportunities for the customer, SES-Tec see themselves not as pure development service provider, but more as a development partner.

Therefore, they also offer a holistic approach of development, which extends over the definition of the boundary conditions and selecting the simulation environment and completes with integrating the solution into the products of the customer. The portfolio of SES-Tec consists of three areas, simulation tools development (development of customized models and expansion of implementation of customer-specific models in commercial programs), consulting & services (for various sectors such as the automotive sector, aerospace, general engineering, pharmaceutical and chemical industries) and training.

SES-Tec wants to show that numerical modelling and elaborate “high-end simulations” can be efficiently used in the product development process in companies of all sizes, through the use of appropriate simulation tools and a largely automated workflow. This should be done by using appropriate software and highly efficient workflows, which are adapted to the needs of the individual customer.

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Portfolio

SES-Tec’s expertise will allow their customers to keep the development costs in an acceptable range but still providing high-tech simulation technologies.The SES-Tec’s business model is based on competences in fields of: Thermodynamics, Fluid Mechanics, Structural Mechanics and Particle- and process simulation. Our offering covers the development of customer specific simulation methods, consulting and services and extends to costumer specific trainings.

Increasingly complex requirements for product development also require increasingly sophisticated simulation methods and processes. Therefore, it is not always easy to keep the overview of all the available options.To get the best opportunity out of the available options, we do not see ourselves as a pure development service, but rather as a development partner.

We therefore also offer an overall approach to development that begins with the definition of the boundary conditions and the selection of the simulation environment and ends with the integration of the solution in your products.

Simulation Tools Development

Consulting and Services

Training

INDUSTRIES AND APPLICATIONS

The term of computational fluid dynamics, which is also known as CFD (computational fluid dynamics), refers to a method of flow simulation. This method makes it possible to virtually simulate complex flows by using mathematical numerical calculations. Through the application of CFD it is possible to faithfully represent, analyze and improve complex flows of different media.

SES-Tec, Competent partner for your engineering demands, is the perfect partner for you, when flow analyzes should be efficiently and quickly processed. Benefit from us by the following advantages

high quality calculation
expertise and years of experience
faster implementation and realization
increase in efficiency
optimization of existing products
if necessary proposal for proper simulation method
wide range of different applications
shorter development cycles
ongoing research projects, thus always „state of the art“

On our website you will find an excerpt of our portfolio in the field of Computational Fluid Dynamics. We would appreciate to advise you about the practical possibilities of CFD analysis for you.

GENERAL MECHANICAL ENGINEERING

Devices in general engineering are often produced in large quantities, thus it is important to optimize the manufacturing costs and the function of the elements as good as possible. Nowadays computational fluid dynamics is an integral part In the process of product development, which extends over the first idea through to the series production.

We are looking forward to consult you in detail and to inform you about further possibilities of simulations.

In the general mechanical engineering we are offering among other things the following applications

cooling technology
compression technology
valve simulation
acoustic

PHARMA INDUSTRY AND BIOTECHNOLOGY

Production of pharmaceuticals is often performed in multiphase flow systems, such as gas-liquid-solid, gas-solid, liquid-liquid or gas-liquid. Computational Fluid Dynamics and other methods such as the Discrete Element Method are the common methods to predict this phenomena.

These types of simulation are extremely complex and require often a multiphysics calculation, which can be coupled with several computational codes. SES-Tec provides support in the selection of a suitable computational platform and software. Furthermore we extend and develop coupling methods and validate obtained simulation results.

We are looking forward to consult you in detail and to inform you about further possibilities of simulations.

In the pharma industry and biotechnology we are offering among other things the following applications

cooling technology
bioreactor
fluidized bed

AUTOMOTIVE INDUSTRY

In the automotive sector aerodynamic studies contribute a substantial portion to comfort, safety and efficiency. Almost all components of a vehicle, which are in contact with air, water, fuel, exhaust, coolant, lubricating oil or hydraulic fluids can be detected in a flow simulation. Through CFD simulations it is possible to analyze and optimize the design of the vehicle or individual components. Inside a vehicle, it is possible to analyse the cold and hot air flow by flow calculations to create comfort for passengers and at the same time to ensure the ventilation of the windscreen makes a clear view. Furthermore by simulating the engine compartment flow there is the possibility to optimize the fuel and thus simultaneously reduce costs.

The use of computational fluid dynamics (CFD) in the automotive sector is an ideal complement to conventional trials and tests. Simulations are a fast and efficient tool to drive development forward, among others, in the automotive industry.

We are looking forward to consult you in detail and to inform you about further possibilities of simulations.

In the field of autmotive we are offering the following applications

IC-engine simulation
acoustic
aerodynamic
cooling technology
waste heat recovery
valve simulation

PLANT ENGINEERING

If one uses simulations already in the engineering phase, a reduction of many risks already in the virtual system or in the virtual process is possible. The plant engineering appears predestined for the virtual development. This is because prototypes are here relatively expensive and solutions and systems are almost always exclusively customized ones. We support our customers in the selection of the necessary process parameters or in the review of the technical feasibility of various processes and systems.

We are looking forward to consult you in detail and to inform you about further possibilities of simulations.

In the field of plant engineering we are offering the following applications

valve simulation
bioreactor
smoke propagation
cooling technology
waste heat recovery

AVIATION

Aviation has pioneered the use of numerical methods in the design of transonic wings for commercial aircrafts, so it is not surprising that simulations are established in this area like this. For example, the period for developing a new aircraft extends over about 10-15 years. The aerodynamics regarding security play a decisive role. You can simulate both the individual components as well the overall model. The numerical aerodynamics offer the following advantages

Reduction of development times
Compliance with the laws of similarity
Parameter variation is easily possible
the entire flow field is available

However, statements can be made on the ventilation of the climate in the passenger compartment of an airplane, whereby a contribution to the well-being of passengers during the flight can be made.

We are looking forward to consult you in detail and to inform you about further possibilities of simulations.

In the field of aviation we are offering the following applications

aerodynamic
cooling technology
Icing of airfoils

Jobs

There are currently no open positions.

Contact


Plüddemanngasse 104 8042 Graz, Austria	office@ses-tec.at	Tel.: +43 720 3034250