Romax Nexus

Explore drivetrain designs with confidence using a rapid and intuitive design tool

The most complete and integrated simulation platform for engineering the next generation of electro-mechanical drive systems.
ROMAX NEXUS allows the driveline designer to simulate and test the complete driveline design Since the First Time without time losses for data transferring and model building and re-building. No errors are possible for dialing and redialing data inside different calculation sheet or data input into other programs: the simulation model along the whole product design process is ONE, no matter if the simulation is about feasibility analysis, pre-design, design phase, testing, customization or root cause analysis. No matter if simulating structure resistance, fatigue, gear micro-geometry, gear life, roller bearings life or micro-geometry analysis, system NVH or driveline electrification and efficiency simulations. Easy interface, input and output, with the most of the best CAD and simulation SW worldwide. Fully integrated with bearings OEM catalogues (full bearing geometry and micro geometry importing)

Romax is a product of Romax Technology Limited

 

ROMAX NEXUS Model

ROMAX NEXUS allows the driveline designer to simulate and test the complete driveline design Since the First Time without time losses for data transferring and model building and re-building.

Main Benefits

Build one Model of Electro-Mechanical Driveline that evolves within the product development process as a base for:

  Structural analysis (gears macro and micro geometries, bearings macro and micro geometries, shafts, housings, etc.)

  Dynamic analysis (modes, responses, transfer functions, NVH, rotordynamics, etc.)

  Efficency analysis (component, system, advanced tribology, etc.)

  Bearings deep analysis (catalogue data direct import macro and micro geometries, etc.)

  Driveline Electrification (structural, dynamics, NVH, etc.)

  Customised reports


Request a free demo

For concept designers

Rapid and intuitive exploration of drivetrain ideas to enhance the early product development process

Fast and efficient product design from the concept phase in a user-friendly model creation environment with the aim of building informed engineering decisions the earliest is possible.

  • Modelling
  • System Analysis
  • System refining and optimisation
  • System performance analysis
  • Seamless integration within Romax Nexus platform


For durability engineers

Trusted structural simulation and optimisation for the design of durable and robust electro-mechanical drive systems

Electromechanical Driveline Structure simulation Since The First Time.

  • Modelling
  • Structural Analysis
  • Durability Analysis
  • Customised Reporting

For NVH analysts

Full system NVH simulation from gear and electric machine design through to vehicle sound quality

Electromechanical Driveline Dynamics simulation Since The First Time.

  • Modelling
  • Excitation Analysis
  • System Vibration Analysis
  • Radiated Noise
  • Customised Reports

For efficiency experts

A global efficiency prediction tool for drivetrains and transmissions

Electromechanical Driveline Efficency simulation Since The First Time.

  • Modelling
  • Component Efficency
  • Drive Cycle Analysis
  • Advanced Tribology
  • Customised Reports

For bearing specialists

Advanced simulation of rolling element bearings for bearing designers and application engineers

Electromechanical Driveline Bearings simulation Since The First Time.

  • Modelling System and Bearings
  • Sharing Catalogues With main OEM
  • Complete System and Bearings Analysis
  • Detailed Bearings Analysis
  • Customised Reports

For motor designers

Electro-mechanical analysis tool for electrical machine designers

Electromechanical Driveline simulation Since The First Time.

  • Modelling
  • System Analysis
  • NVH Analysis
  • Rotordynamics
  • Customised Reports

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Insights

CASE STUDY

Damage Estimation of Vehicle through Tsunami Simulation using Particleworks and LS-DYNA

MPS method in fluid computational dynamics offers possibilities for improving the design of vehicle safety

In this technical article, we demonstrate how to apply a one-way coupling technique using a combination of ParticleWorks and LS-DYNA to estimate tsunami damage to a vehicle.

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CASE STUDY

Excavators

The influence of flexibility was considered with the use of both the Reduced Flex and the Full Flex options in RecurDyn

A multibody model of an excavator was developed to calculate the loads acting on the structure and to perform static structural verifications of the different components.

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Our Expertise with Romax Nexus

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Structural Optimization of the Drift Chamber at FermiLAB

A collaboration between EnginSoft and the Italian Institute of Nuclear Physics (I.N.F.N.)

The ultimate goal of the study was to optimize the Drift Chamber’s performance in terms of stiffness, strength and weight o be mounted on the Mu2e particle detector at FermiLAB in Chicago

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Durability and Buckling Analysis of Storage Tanks

Teknokon Machinery has developed its know-how in design and manufacturing of various types of storage tanks

By taking advantage of EnginSoft experience in Simulation Based Engineering, by means of the FEM analysis, the Durability, Structural Integrity and Buckling behavior of a new group of toxic liquid and fuel storage tanks have been investigated.

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A History of Vortices

Detecting and mitigating critical flow structures in water pumping stations is a complex engineering task, that has always been based on experimental activities.

GE Power is a world leading supplier of solutions for power generation, from engineering to manufacturing. Detecting and mitigating critical flow structures in water pumping stations is a complex engineering task, that has always been based on experimental activities. Now GE Power can rely also on CFD modelling and on the support of EnginSoft

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