Automotive Industry

Dive’s cloud-native simulation software empowers automotive engineers to collaborate, innovate faster, and overcome legacy workflow challenges.
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Crank Shaft Lubrication
Simulate oil sloshing and active lubrication in your crankshaft design.
Piston Cooling 
Ensure efficient piston cooling in combustion engines.
Automatic Transmission
Optimize lubrication and calculate churning losses in gearboxes.
Bearing 
Ensure even distribution of lubricant and minimize losses in bearings.
Clutch
Minimize power losses and ensure consistent performance in clutches & brakes.
Electric Motor
Maximize power density with efficient cooling in e-motors.

Leading Engineering Companies Choose Our Simulation Software

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BSH - New Application (Washing Machine)

Application
Only available solver that accurately captures water flow and wetting of laundry in washing machines.
Publication

TU Munich - 32x Faster TTR (Non-newtonian)

Faster Time to Result
Non-Newtonian (shear rate dependent) materials simulated in industrial cases.
Publication

Kaercher - 42 days faster TTM (IPX)

Faster Time to Market
Virtual testing provides information without waiting for prototypes close to series production.
Publication

Fraunhofer & TU Berlin - 50% Reduction in Coolant Consumption

Reduction in Coolant Consumption
Innovative tooling design leads to optimized cooling behavior.
Publication

Kaercher - 40x Faster Design Study (Axial Piston Pump)

Faster Design Study
Fast meshing-free setups reduced oil and casting material for more sustainable products.​
Publication

Schaeffler - 5x lower cost

Lower Cost
Automatable setups enable specific, sustainable and high efficiency drivetrain solutions.
Publication

Kessler - 40% Reduction in Churning losses

Reduction in Churning Losses
Optimization of design spaces significantly reduces losses and oil dwelling time.
Publication

NGC - 300% more effective lubrication

More Effective Lubrication​
Virtual design space exploration avoids wind power plant downtime from wear.
Publication

SEW - Validate multiple designs in Parallel

Design Validation
Oil distribution of different designs is analyzed under a wide range of boundary conditions.
Publication

Dive - 48x Speed-up (e-motor)

Speed-up
Accurate prediction of heat transfer in e-motor allows rapid design space exploration.
Publication

TU Dresden - 45x Faster than Testing New Prototypes

Faster than Testing New Prototypes
Replicating a full test rig run of 2 weeks with 6 hours of simulation.
Publication

Dive - 90% Shorter Development Time (nozzles)

Shorter Development Time
Evaluating 144 cooling nozzle variations in parallel, fully automated.
Publication

5x

Lower Cost
Automatable setups enable specific, sustainable and high efficiency drivetrain solutions.
Publication

Parallel

Design Validation
Oil distribution of different designs is analyzed under a wide range of boundary conditions.
Publication

40%

Reduction in Churning Losses
Optimization of design spaces significantly reduces losses and oil dwelling time.
Publication

48x

Speed-up
Accurate prediction of heat transfer in e-motor allows rapid design space exploration.
Publication

90%

Shorter Development Time
Evaluating 144 cooling nozzle variations in parallel, fully automated.
Publication

50%

Reduction in Coolant Consumption
Innovative tooling design leads to optimized cooling behavior.
Publication

Drive Innovation with Democratized Engineering Simulation

Discover the Perfect Fit for Your Industry Needs.
Breaking silos
New Emission Standards (Euro 7 ICE and more)
E-Motor Efficiency
Industry Transformation

Outsourcing CFD analysis to other teams, and rigid legacy workflows in OEMs can waste a lot of time in engineering projects. Dive enables every engineer to get access to simulation without waiting queues.

  • 1 license for all users
  • No need to reserve hardware for computations
  • Easy interface that everyone can understand
  • TISAX & ISO 27001 certified

New emission standards require new simulation capabilities for improving thermal managment and efficiency in combustion engines.

  • Ultra-fast design of experiment
  • Multiple parallel simulations
  • Latest high-performance computing technology

New technologies require new simulation capabilities for improving cooling concepts, enhance manufacturing processes and creating e-motor designs with highest power density.

  • Simulate what you couldn’t before with meshing-free SPH
  • Calibration-free physical models
  • Advanced open and wall boundary conditions

The automotive industry's transition toward electrification, automation, and digitalization drives innovation amid increasing competition and shorter product lifecycles. This shift demands new simulation capabilities for  thermal management, and power efficiency in vehicle components.

  • Ultra-fast design of experiment
  • Collaborative enterprise platform
  • TISAX & ISO 27001 certified

Empower Your Engineering Projects with Dive's Advanced Simulation Tool

Unbox the black box with high-fidelity SPH simulation in your browser.

Electric Motor

Improve cooling efficiency and manufacturing processes

Gearbox

Enhance gearbox lubrication and calculate churning losses

Combustion Engine

Analyze the lubrication and coolant flow in combustion engines.

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Explore more applications for the SPH method

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Washing System

Electric Motor

Dispensing System

Gearbox