Drone Battery Expert Sessions - 1 Hour

Drone Battery Digital Twin Expert Sessions - 1 Hour

Drone Motor Controller Expert Sessions - 1 Hour

Drone Power Electronics Expert Sessions - 1 Hour

Drone Battery Structural Integrity Expert Sessions - 1 Hour

Drone Battery Thermal Management Expert Sessions - 1 Hour

Sim AI for Automotive Segment Expert Sessions - 1 Hour

The Challenges to Developing Fully Autonomous Drone Technology

This blog covers the Challenges to Developing Fully Autonomous Drone Technology.

How to Quiet Drones With Acoustics Simulation

This blog covers the Drone noise is affected by many factors, including: Motor size and mounting, Propeller diameter, shape and rotational speed, Drone body shape, Operating environment.

Solid Modeling of a Drone

In this course, you will learn how to create a solid model of a drone using SpaceClaim.

Drone Safety Takes Flight at Airbus, Supported by Ansys SCADE

This blog covers addresses industries clearly focus on redefining the drone industry via innovation, safety can never be compromised when launching new product designs.

Battery Pack Development and Cost

This course covers the comprehensive process of battery pack development and cost, with a particular focus on electric vehicles. It starts with the transition from individual cells to a complete battery pack, discussing the importance of cell behavior, cell balancing, safety, thermal design, and the role of the battery management system.

Thermal Design and Management of Battery Packs

This course covers the comprehensive understanding of thermal design and management in battery packs. It starts with the fundamentals of battery pack design, emphasizing the thermal aspect and its impact on battery performance, safety, and reliability.

Mechanical Design of Battery Packs

This course covers the comprehensive aspects of mechanical design of battery packs. It begins with an understanding of the electrical design, capacity, voltage, and current requirements of a battery pack, using the example of an electric bike.

Electrical Design of Battery Packs

This course covers the comprehensive aspects of designing battery packs, with a particular focus on the electrical design. It starts with the basics of assembling cells into modules and then into a battery pack, emphasizing the importance of parallel and series combinations. The course then delves into the significance of bus bar design, contact resistance, voltage drop, current equalization, and conductor selection.

Battery Management System Essentials

This course covers the comprehensive understanding of Battery Management Systems (BMS). It starts with the exploration of BMS measurements, emphasizing the importance of sensing voltage, current, temperature, and isolation in a battery pack. It explains, how an Analog to Digital Converter (ADC) is used to measure voltage by converting analog signals into digital values.

Motor Design Engineering Considerations

This course covers the intricate aspects of motor design, selection, performance, and adaptation. For instance, it delves into the causes and mitigation of steel losses in motors, the impact of saturation on motor performance, and the sources of noise in motors.

Thermal Design of Drone Motors

This course covers the comprehensive understanding of thermal design in motors. It begins with the concept of heat generation and dissipation in motors, and the role of finite element analysis in thermal design. For instance, the course explains how to model a motor thermally using basic principles of heat flow, applying Ohm law in temperature difference and thermal resistance.

Energy Storage Options

This course covers the multifaceted aspects of energy storage, particularly in the context of renewable energy. It begins with an exploration of the importance of energy storage, discussing the technology, cost, and subsystems involved in electric vehicles and renewable energy.

Renewable Energy and Sustainability

This course covers the comprehensive understanding of renewable energy sources and their potential in India. It begins with an exploration of India energy scenario, its contribution to global warming, and the potential of renewable energy sources like solar and wind energy.

Electric Machines: Specification & Initial Design

This course is designed for existing users of ANSYS Mechanical. You will learn and achieve an understanding of the available material models for plastics simulation. This course also covers some testing procedures to extract tests data for Ansys simulations.

Electric Machines: High-Fidelity Electromagnetics Modeling

This course covers, how to leverage Ansys simulation suite to perform high-fidelity EM analysis of electric machines. It walks through workflows to get the best simulation performances and results.

Electric Machines: NVH & Acoustics

This course covers, how to leverage Ansys simulation suite for NVH and acoustics analysis of either the electric motor or full e-drivetrain (motor + gearbox).

Electric Machines:Thermal Design and Optimization

This course covers, how to leverage Ansys simulation suite for advanced thermal modeling for the purpose of the design and its optimization for motors.

Electric Machines: Thermal Management Design Validation

This course covers, how to leverage Ansys multiphysics platform for high-fidelity motor thermal modeling. This includes 2D/3D EM to 3D CFD/Thermal model coupling. Also, covers various cooling types for electric motors (e.g. air-cool, spray oil-cooled).

Electric Machines: System Modeling

This course covers, Learn how to leverage Ansys simulation suite to create system models that can be used for evaluating motor sub-system performance under complex drive scenarios (e.g. diff. driving cycles). The rest of the electric drivetrain is assumed to be either modeled already or to be represented as direct inputs to the motor model.

Moshman Research Reduces Semi-Autonomous Unmanned Aerial Fire Suppression System Optimization from Hours to Minutes with Ansys HPC applications on Microsoft Azure

Ansys + Moshman Research Case Study

Dronamics Optimizes its Cargo UAV with Ansys Simulation

Ansys + Dronamics Ansys Case Study

Ansys EVTOL Simulations

Ansys Advantage Issue for EVTOL

ANSYS Solutions simplify additive manufacturing – the example of a drone concept becomes reality

Ansys Case Study

Structural Investigation of Agricultural UAV

Research Paper

Analyzing Quadcopter Drone Propeller Noise Using Ansys CFD

This webinar will discuss the use of Ansys Fluent to simulate the noise produced by a generic four-bladed quadcopter drone. The methodology is based on the use of unsteady scale-resolving turbulence modeling along with the Ffowcs Williams-Hawkings (FW-H) acoustic analogy to compute sound pressure levels at selected locations below the drone.

Aeroacoustics analysis for Drone Noise

This webinar will address noise issues. Companies are investigating the use of drones for package delivery, military reconnaissance, emergency services, environmental monitoring, media coverage and much more. As drone use increases in urban and suburban areas, engineers are turning to simulation to analyze and reduce the noise.

Ansys Electronics Solutions for Drone Applications

This webinar presents optimization of drone antennas for communication with user and other systems. The design of these antennas are critical to maintain proper connectivity. Ansys helps the engineers to design with ease. The EMI analysis is also critical for such application to make the system work under complex EM environment.

Functional Safety in Compliance with ARP4761 for Drone

This webinar will expalin, the safety of drones are very critical and how simulations make drone safer and in complaince with ARP4761 safey standards.

Drone Structural Challenges and Solutions

In this webinar, we will discuss the structural integrity challenges in drone design like light-weighting of drones, payload analysis, vibration, etc. The offering of Ansys Simulation solutions will be presented with a live demonstration.

PyAnsys Installation and Getting Started

PyAnsys based automation and development work.

Drone Blade Geometry

The drone blade geometry automation work.

Industry Ready/Recognised Skilled Professional in Drone Segment

The drone market is growing exponentially, presenting several requirements of skilled resources are in demand till 2040. These simulation based courses will be able to understand the concepts via simulation through verification and validation process. After completion of course with workshops, detailed examination with quiz will be conducted and accordingly, certificate will be awarded.