Industries Automotive Engineering

Powertrain Engineering

Next-Gen Automotive Engineering: CFD & FEA-Based Powertrain, NVH, Combustion & Thermal Simulation

Discuss this capability Read the brief

Powertrain Engineering — Industries Automotive Engineering

Powertrain engineering encompasses a wide range of technologies and processes, from diesel engines to electric drives, from alternative fuels to control, from transmissions to batteries. Powertrain engineers work with advanced software tools and simulation techniques to optimize powertrain performance and efficiency, reduce emissions, and improve reliability.

Key areas of focus in powertrain engineering include:

Engine design and optimization: Powertrain engineers design and develop engines that are efficient, reliable, and meet regulatory requirements. This includes optimizing engine performance, reducing emissions, and improving fuel economy.
Transmission design and optimization: Powertrain engineers design and develop transmissions that are efficient, reliable, and provide optimal performance for a given vehicle.
Hybrid and electric drivetrain development: Powertrain engineers work on developing hybrid and electric drivetrains that provide optimal performance while also meeting regulatory requirements for emissions and fuel economy.
Control systems development: Powertrain engineers design and develop control systems that optimize powertrain performance and efficiency while also meeting safety and regulatory requirements.

Talk to an engineer All of Automotive Engineering

The wider discipline

Automotive Engineering

We focus on strategic use of CAE to Optimise Designs, investigate and resolve problems, and minimise time and cost to market. Advanced geartrain modelling and analysis software packages, provides the foundation of concept and definitive design for all driveline and transmission projects that we undertake.

Powertrain component development involves the design and optimization of various components such as engines, transmissions, and axles. FEA and CFD-based simulation can be used to evaluate the structural integrity, fluid dynamics, and thermal performance of these components, allowing engineers to optimize designs and improve performance.

…

Open the section overview

Automotive Engineering

More in Automotive Engineering

Capabilities that sit beside this one

View the section →

Quenching: Virtual Heat Treatment Optimization FEA simulations can predict local temperature gradients, the overall cooling history, and the resulting material properties after quenching. This information can be … Open capability

Strength and Durability Analysis The strength analysis involves evaluating the structural integrity of components and systems, using techniques such as finite element analysis (FEA), to predict … Open capability

Thermal & Energy Management Finite element and CFD simulation tools can be used to model and analyze the thermal behavior of various components such as engines, … Open capability

Turbocharging Simulation To achieve the desired level of engine performance and reduce pollutant formation, turbocharging simulation is an essential part of the design process. … Open capability

Crash Testing and Crashworthiness with LS-DYNA Crash testing and crashworthiness are critical aspects of automotive safety engineering. Crash testing involves deliberately crashing a vehicle under controlled conditions in … Open capability

Flow, Combustion and Emission CFD Simulation for Internal Combustion Engines CFD simulation is a powerful tool in the automotive industry for predicting and analyzing flow, combustion, … Open capability

Injection Nozzle Development and Optimization To develop and optimize injection nozzles, a combination of advanced CFD tools such as Ansys Fluent, Siemens Star-ccm+ and AVL Fire is … Open capability

NVH and Acoustic Simulation for Powertrains The development of fuel-efficient internal combustion engines in response to global demand for more eco-friendly vehicles has had an impact on the … Open capability

Across Industries

Other Simulation Area

Aerospace & Defense Fracture Simulation Fracture Simulation in Aerospace and Defense Fracture simulation is an important area of focus in the Aerospace and … Open capability Chemical Processing Reactor Design & Combustion CFD simulation with detailed chemistry involves the use of reaction kinetics and thermodynamic data to model the chemical … Open capability Civil Engineering Geotechnical Simulation: Soil and Rock Mechanics Geotechnical simulation using finite element method (FEM) is a powerful tool for analyzing soil and rock mechanics in … Open capability Energy & Power Industry Gas turbine simulation Gas turbine simulation is a process of modeling and analyzing the behavior of gas turbines under various operating … Open capability Industrial Equipment & Rotating Machinery Engineering Consultant for Fatigue and Fracture OLTRION provides expert consulting services for fatigue and fracture engineering challenges. Our fatigue and fracture experts can help … Open capability Marine & Shipbuilding HVAC Design HVAC (Heating, Ventilation, and Air Conditioning) systems are an essential component of marine and shipbuilding projects, providing climate … Open capability Medical & Biomedical Devices Cardiovascular Implants Our biomedical engineers utilize Finite Element modeling to evaluate the design, manufacturing, delivery procedures, and clinical performance of … Open capability Seat Design FMVSS 202a: Head Restraints – Methodology and Equipment for the Static and Dynamic Test In the proposed FMVSS No. 202a, manufacturers were given the option of meeting either of two sets of … Open capability

Working on powertrain engineering?

Tell us the geometry, the physics and the decision it has to support.

Talk to an engineer