Powertrain & Vehicle Engineering Solutions
Try our expertise in Internal Combustion Engine (ICE) and Electric Vehicle (EV) powertrains, vehicle thermal management, body engineering, HVAC systems, and interior & exterior systems.
About Gateway Engineering & Technology Services
Structural Performance Analysis
Fluid Dynamics & Thermal Analysis
Fluid Dynamics & Thermal Analysis
Our solutions help identify potential vulnerabilities, enhance design robustness, and ensure safety compliance. We specialise in advanced structural performance analysis to evaluate the mechanical behaviour of components and systems under various operational conditions.
We specialise in advanced structural performance analysis to evaluate
Our solutions help identify potential vulnerabilities, enhance design robustness, and ensure safety compliance. We specialise in advanced structural performance analysis to evaluate the mechanical behaviour of components and systems under various operational conditions.
We specialise in advanced structural performance analysis to evaluate the mechanical behaviour of components and systems under various operational conditions.
This capability spans across most product structures and is well rooted in our earlly vehicle body engineering capability.
Fluid Dynamics & Thermal Analysis
Fluid Dynamics & Thermal Analysis
Fluid Dynamics & Thermal Analysis
Our expertise in fluid dynamics and thermal analysis allows us to model complex fluid flows and heat transfer phenomena. This capability is critical for optimising cooling systems, improving energy efficiency, and enhancing system performance.
We can assist with Aerodynamic performance studies, thermal management and optimisation, pressure
Our expertise in fluid dynamics and thermal analysis allows us to model complex fluid flows and heat transfer phenomena. This capability is critical for optimising cooling systems, improving energy efficiency, and enhancing system performance.
We can assist with Aerodynamic performance studies, thermal management and optimisation, pressure drop and flow distribution analysis or fluid system performance evaluation.
System-Level Simulation
Fluid Dynamics & Thermal Analysis
System-Level Simulation
System-level simulations to model the dynamic interactions of mechanical, electrical, and control systems. This enables early-stage requirements convergence and validation of system behaviour, reducing the need for extensive physical prototypes.
The program includes dynamic performance modelling, control system validation, and optimising.
System-level simulations to model the dynamic interactions of mechanical, electrical, and control systems. This enables early-stage requirements convergence and validation of system behaviour, reducing the need for extensive physical prototypes.
The program includes dynamic performance modelling, control system validation, and optimising. We have experience in applying these processes for drivetrain performance in vehicles and energy management systems for industrial automation.
1-D System Simulation
Fluid Dynamics & Thermal Analysis
System-Level Simulation
1D system simulation is a powerful tool used in early-stage product development to optimise design and simulate various operating conditions. At GETS, we have applied 1D simulation for engine performance, drive cycle analysis, and battery system integration.
These simulations help refine engine control strategies, evaluate fuel efficiency
1D system simulation is a powerful tool used in early-stage product development to optimise design and simulate various operating conditions. At GETS, we have applied 1D simulation for engine performance, drive cycle analysis, and battery system integration.
These simulations help refine engine control strategies, evaluate fuel efficiency, reduce emissions, and optimise battery performance, offering a cost-effective and efficient alternative to physical testing. This approach accelerates development while minimising costs and risks.
High-Performance Computing on-demand
GETS offers on-demand high-performance computing (HPC) resources to accelerate complex simulations and data-intensive engineering tasks. Our HPC solutions support advanced modelling, big data analysis, and computational workloads with unmatched speed and efficiency. We help clients who have to perform high-speed simulations such as crash-analysis in the automotive world, large-scale thermal and fluid flow modelling in industrial processes or real-time data processing for automation systems.
Key Offerings:
- Scalable HPC infrastructure for engineering applications
- Fast processing for large-scale simulations
- Data-intensive computational modelling
- Cloud-based engineering analysis
Reach out to us for any requirement of an HPC cluster or if you need support building an in-house HPC cluster or reducing investment by using our dedicated HPC cores configured to requirements.
