We perform geometry, strength and contact analysis calculations for all types of gears.
Calculations are carried out in accordance with ISO, DIN, AGMA, VDI (plastic gears), RV – RINA and GOST standards.
We perform system calculations and complex solutions analysis, solving any engineering optimization task.
Our core competencies allow us:
Our experts will carry out all the necessary work to ensure that your product meets the criteria of quality, reliability and economy.
The multidisciplinary analysis allows you to combine different calculation methods:
This approach allows modeling and analysis across all engineering concepts.
Application examples:
World-class motion analysis solutions allow us to simulate and test virtual prototypes of mechanical systems, saving you the resources required for prototyping and field testing.
With MBD analysis we can take into account electronic control systems, pliable parts and their connections, vibration, friction and noise and quickly evaluate the design.
Application examples:
We carry out calculations and modulations of acoustic and vibration loads for your company.
Using Finite Element Analysis (FEA) and Multibody Dynamics (MBD), our experts can model and predict what vibration and acoustic loads a component or system will experience under different conditions.
Application examples:
In the field of additive manufacturing, we solve tasks of topological and topographical optimization (in terms of mass and stiffness) of isotropic, anisotropic and composite structures and assemblies.
Optimize 3D printing processes with:
Result:
Methods of computational fluid dynamics help to maintain the quality and safety of the product. Using computational fluid dynamics, our teams can create optimal designs early in the development cycle, saving you time and money.
Application examples:
Our specialists use analysis methods based on finite element models to predict fatigue failures. This approach lets us avoids the cost of natural experiments, obtaining the maximum amount of data.
The result of this analysis can include:
Additionally, our specialists carry out:
Ignoring the non-linear behavior of materials and products can lead to product damage, safety issues, and additional costs for manufacturers.
Our engineers can carry out all kinds of non-linear analyses.
Modeling of non-linear processes can be used:
Our experts can conduct analyses of dynamic loads and dynamic stability.
To solve complex problems, we use various methods that allow us to take into account many factors at the design stage.
Application:
Computer-aided engineering (CAE) software enables designers and engineers to simulate product and process performance to achieve:
Gears, Shafts, Bearings and Gearboxes design, calculations, optimization
Multidisciplinary structural analysis
Meshfree liquid flow simulation software
Multibody Dynamics (MBD) software
Computational fluid dynamics
Powerful acoustic simulation software
Advanced nonlinear simulation solution
FE based fatigue, durability & random response solution
Forming & welding simulation, simulation of metal-based additive manufacturing processes
Unified CAE environment for virtual product development
Explicit dynamics and fluid structure interaction
The nonlinear multi-scale material and structure modeling platform
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The winch housing cracked on the real car during the warranty period
It could be calculated and predicted on a design stage to avoid losing on cost repairment, brand reputations, other released and sold tracks failures risks
Frame analysis and calculation were not performed and not tested during design and R&D
The frame of the fresh manufactured truck cracked during the exploitation
With the executed calculation and simulations to get predictions about critical failures using engineering experience and special software
Multidisciplinary structural analysis performed by
Preparing and simulation the dynamics of the product in real conditions is necessary before production or even prototyping
Calculation results help to predict failures, optimize the design and increase a product service life. A professional engineer will simulate load and see the weak part of the frame
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