DYNATEC Gesellschaft für CAE und Dynamik mbH

Welcome to DYNATEC

DYNATEC Gesellschaft für CAE und Dynamik mbH is an engineering service provider for design, simulation and prototypes.

DYNATEC succeeds in ensuring close and efficient collaboration of its business units. This allows us to competently meet the needs and wishes of our customers. Whether your company has the need for complete product development that includes developing a prototype or just a partial solution, DYNATEC GmbH is happy to provide its experience, high-tech simulation tools and innovative ideas at any time for you. Utilise our many years of engineering know-how to shorten Your development cycles and raise your product quality! DYNATEC believes that efficient processing of tasks and in-depth dialog with its customers are the foundations for a long-term trustful partnership. Customers benefit and satisfaction are our top priorities.

Computer Aided 3D-Design
Static, dynamic and thermal simulation and optimisation
Simulation of flows and fluid-structure interaction
Prototyping and experimental investigations

Services

CAD and engineering

Construction tasks of all kinds
New approaches for best solutions
Structural optimisation
Methodical problem approach due to requirements and tasks
Design and development of mechanical vehicle components in consideration of manufacturer specifications and CAD environments
Co-operation up to series-production design
Design and development of interior, structural modification and special equipment
Realisation and documentation of the manufacturing process on behalf of a manufacturing organisation

FEM - calculation

Finite - Element - Method

Structural analysis
Dynamic analysis, vibration analysis and -reduction
Thermal and coupled thermal / structural analysis
Linear and nonlinear FEM analysis of parts or assemblies
Structural and dynamic FEM analysis of structures and cable constructions

Innovative product development and prototype manufacturing

New approaches for best solutions
Development of cost- and weight optimised products
Computer aided analysis for the use of new or alternative materials
Direct 3D-CAD data transfer to the manufacturer for quick and cost-effective prototyping
Prototyping manufacturing (various materials) with bending, casting and cutting techniques
Steel and aluminium casting within shortest time (sandcasting, including complex undercut geometry)
Prototypes made of fiber composite materials
Experimental analysis

Failure analysis

Damage, root cause analysis, remedial action
Immediate assistance with machine damage and customer complaints

Once components have failed, plant downtime drives costs up. We help you initiate the necessary repairs quickly and competently.

Dynatec is known for fast, unbureaucratic support. We can model the current state, simulate the operation of the machine or plant and compare the results with the actual damage pattern.

Then, in close consultation with the client, the repair can be specified, detailed and verified. Beyond the necessary repair, the project can be extended all the way to a retrofit.

Key Aspects

Steel / Lightweight / Glass

Structural and dynamic FEM analysis of structures and cable constructions
Numerical stability analysis (buckling, shell buckling, etc.)
Nonlinear analysis for the determination of ultimate loads under consideration of large deformations (geometrical nonlinear),contact conditions and plastic material behaviour
Temperature field analysis and verifications in the case of fire
Analysis of vibrations due to wind, machinery, pedestrians, etc
FEM analysis of glass structures with brackets
Aerodynamics of buildings, internal flows

Mechanical Engineering

Construction tasks of all kinds
Structural analysis
Structural optimisation
Dynamic analysis, vibration analysis and -reduction
Thermal and coupled thermal / structural analysis
Simulation of nonlinear material behaviour (plastics, metals in plastic limit state, etc.)
Fluid mechanics, simulation of external and internal flows
Use of new materials e.g. fiber composite materials

Aviation

Calculation & Simulation
Testing and Measuring
Product Development

Automotive

Methodical problem approach due to requirements and task
Design and development of mechanical vehicle components in consideration of manufacturer specifications and CAD environments
Linear and nonlinear FEM analysis of parts or assemblies
Flow simulations (aerodynamics, internal flows)
Structural optimisation
Prototyping
Cooperation up to series-production design

HiFIT

HiFIT (High Frequency Impact Treatment) is a high frequency peening method to increase the fatigue strength of existing and new welded steel structures.

HiFIT Hammer

The trade name HiFIT stands for an integrated concept with numerical analysing tools, tools for the post welding treatment and and consulting for the post welding treatment and consulting for an efficient increase of the fatigue resistance of existing and new welded structures.
The efficiency of this post welding treatment is proven by qualitative and quantitative analyses within the research project REFRESH by extensive fatigue tests at the TU Braunschweig and the university of Karlsruhe.
Effects limiting the fatigue strength will be dismantled by local plastic deformations, deburring geometrical chamfers and injecting compressive residual stress. Experimental series show the highly increased fatigue strength and life time especially for high cycle fatigue.

HiFIT Vertriebs GmbH

Contact

Headquarter Braunschweig

DYNATEC Gesellschaft für CAE und Dynamik mbH

Adam-Opel-Straße 4
38112 Braunschweig
Germany

Phone: +49 (0) 531 236 233-0

Mobile: +49 (0) 1573 4108326

Fax: +49 (0) 531 236 233-29

Email: info@dynatec.de

Branch Lienen

DYNATEC Gesellschaft für CAE und Dynamik mbH

Industriestraße 12
49536 Lienen
Germany