Applications- Automative

Aetos Design & Engineering’s Services Division has a dedicated team of Design Engineers providing technically focused services in sectors like Aerospace, Automotive, Turbomachinery, Oil & gas, Water, Process, Power, Marine, Electronics & General/Heavy Engineering Industry. The team members have rich experience in handling various areas of FEA, CFD, Optimization & CAM.

SIMCENTER AMESIM - Automotive and transportation

Design, validate and integrate all the subsystems of conventional/hybrid, or electric vehicle on a single platform

Meeting strict emissions regulations and financial constraints while ensuring a high level of vehicle performance and comfort always become a challenge to automobile manufacturers. It involves adoption of new engineering processes and technologies that considers the complete vehicle. Simcenter Amesim helps in striking best tradeoff in this context. It supports early design phases by allowing us to create simulation models for studying range and performance of vehicle. It also enables us to create advanced vehicle energy management models, including predictive dynamic modeling of the engine combustion, powertrain, battery, heating, ventilation and air conditioning (HVAC) and all associated thermal management systems.

Simcenter Amesim helps you to win the electrification race by providing the appropriate tools to embrace this technology evolution. To manage the complexity that comes with introducing a new energy source into the vehicle, Simcenter Amesim offers state-of-the-art multilevel modeling for all critical subsystems, such as internal combustion engine, electric machine, battery and transmission.

Simcenter Amesim solution overview:

  • Fuel Economy and Energy management.
  • Drivability and NVH.
  • Control development and Integration.
  • Autonomous Driving and ADAS.
  • Artificial Intelligence.

Simcenter Flomaster - Automotive and transportation

With growing environmental concerns and depleting energy resources

there is immense pressure on automotive industry to develop more fuel efficient and greener vehicles. Simcenter Flomaster helps automotive industries to rapidly innovate in order to develop more fuel efficient vehicles.

  • Engine cooling and lubrication.
  • Electrical/hybrid vehicles.
  • Battery thermal management.
  • HVAC systems.
  • Exhaust system modelling.

Simcenter FLOEFD - Automotive industry applications

  • External Aerodynamics
  • Exhaust Pipes and Manifolds
  • Lighting & LED headlamps
  • Dashboard Electronics Cooling
  • Battery Cooling (Electric Vehicles)
  • Electric Motor / Generator
  • PCB Thermal Design
  • IGBT Cold Plate
  • Automotive Heat Exchanger
  • Clutch Fluids
  • Intake Manifolds
  • Engine Cooling
  • Climate Control/cabin comfort
  • Catalytic Converter
  • In-Cylinder Flow
  • thermal performance of motor control unit
  • Climate Control Fans
  • Windscreen Wiper
  • Turbocharger
  • Brake Disk Cooling
  • Valves and Regulators
  • Fuel Injector – Cavitation
  • Window Deicing Ducts and HVAC

Simcenter 3D - Automotive and transportation

Body-in-white (BIW) modeling is a time-consuming process that requires a connection between hundreds of FE components. Simcenter 3D Engineering Desktop helps toautomate and reduce the time spent on BIW modeling.

The software gives you the ability to study all automotive subsystems such as :

  • Structure, composite & dynamic analysis for chassis, power train components
  • Motion and controls study of tire models, suspensions, driving assistance systems
  • NVH -Acoustic analysis to avoid passenger dis-comfort and failure due to vibrations and noise.
  • Thermo-Fluid analysis of systems like HVAC, Power train under-hood cooling, thermo mechanical behavior of braking systems, intake manifolds, fuel injection systems.
  • Durability analysis for Inter/intralaminar damage growth in composites, fatigue analysis, XFEM for crack propagation in metallic structures.

Simcenter Capital - Automotive and transportation

The challenges facing designers today are increasing exponentially. Functional requirements are doubling every few years as companies try to diversify and differentiate their products. Safety and Security requirements are adding more complexity and the burden of certification to the process, while entirely new architectures are being rolled-out to take advantage of electrification and electronics such as autonomous vehicles.

The electrical distribution system is designed (both logically and physically), verified by correct-by-construction methods (this refers to active design-rule checks which run in the background when designing electrical systems, catching errors at the design stage) and prepared for manufacture. The manufacturing of electrical harnesses is hugely complex and Capital provides solutions to optimize that process. Following the entry of products into service customers then need to be able to efficiently service, diagnose and repair electrical systems, and Capital provides solutions to make that process far more efficient than is typically possible without advanced tools such as Capital.

As well as electronics, Capital delivers a solution to drive a full embedded software flow through to software running on ECU’s in vehicles. The first step after the E/E systems definition stage is to develop a software component and architecture design (using Capital Software Designer). This can then be fed into Capital Networks to design, analyse and verify the in-vehicle communication networks before again flowing through to the Embedded Software Implementation stage where the Embedded software is designed and configured for target ECU’s using Capital VSTAR Integrator.

Simcenter FLOEFD - Automotive and transportation

  • External Aerodynamics
  • Exhaust Pipes and Manifolds
  • Lighting & LED headlamps
  • Dashboard Electronics Cooling
  • Battery Cooling (Electric Vehicles)
  • Electric Motor / Generator
  • PCB Thermal Design
  • IGBT Cold Plate
  • Automotive Heat Exchanger
  • Clutch Fluids
  • Intake Manifolds
  • Engine Cooling
  • Climate Control/cabin comfort
  • Catalytic Converter
  • In-Cylinder Flow
  • thermal performance of motor control unit
  • Climate Control Fans
  • Windscreen Wiper
  • Turbocharger
  • Brake Disk Cooling
  • Valves and Regulators
  • Fuel Injector – Cavitation
  • Window Deicing Ducts and HVAC
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