Coupled Physics

AES excels in coupled physics simulations that provide insights into complex systems where multiple physical phenomena interact.  These coupled physics simulations are crucial for enhancing system designs, improving product functionality, and resolving intricate engineering challenges. Through advanced computational techniques, we enable our clients to navigate and optimize the interactions between different physical effects, ensuring superior and efficient product performance

AES Coupled Physics Capabilities

  • FSI: One-way and Two-way coupling
  • Vibro-Acoustic
  • Electro-Thermal
  • Electrochemical
  • Thermo-Structural
  • Hygroscopic Swelling

Insights

Particle Tracking and Inspection in Semiconductor Equipments

Particle Tracking and Inspection in Semiconductor Equipments

Particle Tracking and Inspection in S...

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Boiler Simulation

Boiler Simulation

Boiler Simulation

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Pretension Modal Analysis of Nvidia Jetson Nano

Pretension Modal Analysis of Nvidia Jetson Nano

Pretension Modal Analysis of Nvidia J...

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Simulation driven design for fenestration industry

Simulation driven design for fenestration industry

Simulation driven design for fenestra...

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PCIe Card Thermal Management

PCIe Card Thermal Management

PCIe Card Thermal Management

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Showerhead FEA Analysis

Showerhead FEA Analysis

Showerhead FEA Analysis

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Heat and Cooling Channel Design – Analysis for an Electrostatic chuck

Heat and Cooling Channel Design – Analysis for an Electrostatic chuck

Heat and Cooling Channel Design ̵...

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AES Smart Wearables Design & Development

AES Smart Wearables Design & Development

AES Smart Wearables Design & Dev...

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A Comprehensive Guide for Thermal Testing

A Comprehensive Guide for Thermal Testing

A Comprehensive Guide for Thermal Tes...

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Battery thermal Management System (BTMS) for EV: Design, Challenges & Solutions

Battery thermal Management System (BTMS) for EV: Design, Challenges & Solutions

Battery thermal Management System (BT...

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Importance of Thermal Management in Electric Vehicles and Hybrid Electric Vehicles

Importance of Thermal Management in Electric Vehicles and Hybrid Electric Vehicles

Importance of Thermal Management in E...

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How Particle Flow Simulation Increases Efficiency in Silicon Wafer Manufacturing

How Particle Flow Simulation Increases Efficiency in Silicon Wafer Manufacturing

How Particle Flow Simulation Increase...

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Antenna Thermal Management

Antenna Thermal Management

Antenna Thermal Management

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Particle Tracking and Inspection in Semiconductor Equipments

Particle Tracking and Inspection in Semiconductor Equipments

Particle Tracking and Inspection in S...

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Liquid Cooling Solutions for Electronic Equipment

Liquid Cooling Solutions for Electronic Equipment

Liquid Cooling Solutions for Electron...

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Electrostatic Chunk Design Optimization

Electrostatic Chunk Design Optimization

Electrostatic Chunk Design Optimization

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Sarnath R
Director of NPI & CAE

Sarnath is a NPI and CAE professional with 25+ years of experience in providing wide range of solutions to sectors like Automotive, Semiconductor, product development, Fenestration and Heavy engineering. A multifaceted personality who steers operations including Admin, HR, Proposal Engineering, Project management for AES India and USA. He is responsible for delivering projects in Product development and CAE and validating the same. Handled team sizes of 20 members constituting a combination of Design, FEA, CFD and product Engineers/managers. Manages Proposal engineering and overall operations. Coordinates seamlessly with the Client, Team, Vendors and Management to provide quick, organized and quality solutions. Innovative thinker who provides solutions at very critical phases of design to minimize losses that occur after realization of product.

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