Mechanical Simulation
Structural FEA, CFD, thermal analysis, multibody dynamics, vehicle systems, composites, rotating machinery and digital twins.
Explore mechanical →
Mechanical · electrical · electronics · electromagnetics · multiphysics
Model every domain. Validate the complete system.
Research-grade simulation for standalone and interconnected engineering systems—from structures, fluids and machines to power networks, electronics, antennas, sensors, drives and cross-domain digital twins.
4 core domainsSpecialist engineering coverage
Single → CoupledDomain and co-simulation workflows
GlobalOnline research delivery
MULTI-DOMAIN DIGITAL TWIN / ELECTROMECHANICAL DRIVE / REV 05SOLVER CONVERGED
ELECTROMAGNETIC + STRUCTURAL + THERMAL + CONTROLCO-SIMULATION NODE 04SYSTEM CASE MD-07
ANSYSMATLAB / SIMULINKCOMSOLPOWERFACTORYHFSS / CSTMAXWELLSOLIDWORKSPLECS / PSCAD
Multi-domain engineering expertise
Specialist depth across connected engineering domains.
Build a focused model inside one engineering stream or connect several physics and control layers into one validated system-level workflow.
Electrical & Power Systems
Power systems, microgrids, renewable energy, BESS, protection, motor drives, power electronics and grid stability.
Explore electrical →Electronics & Control
Converters, embedded control, signal processing, intelligent controllers, robotics, sensors and AI-assisted system optimization.
Explore electronics →Electromagnetics & RF
Antennas, microwave structures, wireless power transfer, electric machines, magnetic devices, EMC and field-coupled sensors.
Explore EM & RF →Coupled Multiphysics
Electromechanical, electrothermal, electromagnetic-thermal, fluid-structure and control-integrated co-simulation across software platforms.
Explore coupled systems →Digital Twin, AI & Optimization
Reduced-order models, parameter estimation, condition monitoring, predictive control, intelligent optimization and virtual system validation.
Explore digital twins →Cross-domain systems engineering
When the project crosses departments, the model should cross them too.
We connect mechanical behaviour, electrical power, electronic control and electromagnetic fields so interface losses, thermal limits, dynamic interactions and controller decisions are evaluated together.
CO-SIMULATION INTERFACE MAP / SYSTEM MD-045 DOMAINS LINKED
PORTS: torque · voltage · current · temperature · force · position · fieldSTATUS: SYNCHRONIZED
Electromechanical systems
Motors, drives, EV powertrains, actuators, robotics, regenerative braking and controlled mechanisms.
Electrothermal systems
Batteries, converters, motors and electronics coupled to heat generation, cooling and material limits.
Electromagnetic-mechanical systems
Wireless charging, magnetic actuators, electric machines, sensors and force-producing field devices.
Power-control-communication systems
Microgrids, protection, converter control, intelligent energy management and hardware-oriented validation.
Integrated simulation workflow
From domain models to defendable system-level evidence.
The workflow defines every physical interface, numerical assumption and validation target so standalone and coupled results can be explained in a viva, dissertation, journal paper or engineering review.
Physics, interfaces & requirements
Research objective, participating domains, exchanged variables, operating envelope, assumptions and validation criteria.
Domain models & coupling ports
Prepare geometry, circuits, controls, fields, materials, mesh, solver inputs and software-to-software interfaces.
Cases, synchronization & convergence
Configure time steps, coupling strategy, parameter sweeps, nonlinear iterations and numerical-quality checks.
System results & comparison
Compare domain-level and system-level metrics against references, limits, baselines, sensitivity and uncertainty.
Real model demonstrations
See engineering simulations running—not only static project cards.
Watch selected mechanical, electrical, electromagnetics and multidomain simulation projects running directly on the homepage.
LIVE SIMULATION PREVIEW
Vehicle Dynamics & Suspension Control
Quarter-Car Suspension Simulator with MR Damper Control
Explore a quarter-car vehicle suspension model with magnetorheological damper control, road-disturbance response, sprung-mass motion and ride-comfort analysis.
OPEN DEDICATED VIDEO PAGE →
LIVE SIMULATION PREVIEW
Biomedical Electromagnetics & CST
Breast-Cancer Detection Using a Microstrip Patch Antenna | CST
Review a biomedical antenna simulation that evaluates tissue interaction, resonance behaviour and electromagnetic response for non-invasive breast-tumour detection research.
OPEN DEDICATED VIDEO PAGE →
LIVE SIMULATION PREVIEW
Autonomous Vehicle Control
Autonomous Lane-Change Modeling and Control | MATLAB Simulink
Watch a closed-loop autonomous-driving model covering lane-change trajectory generation, lateral control, steering response and vehicle-path tracking.
OPEN DEDICATED VIDEO PAGE →
LIVE SIMULATION PREVIEW
Nanoelectronics & Semiconductor Simulation
7 nm FinFET Electrostatic Interconnect Simulation | COMSOL
Explore electrostatic field coupling around advanced 7 nm FinFET interconnects, including nanoscale geometry, potential distribution and surrounding-conductor effects.
OPEN DEDICATED VIDEO PAGE →Research and assignment resources
Popular engineering simulation and PhD research guides.
Explore practical engineering guides for simulation workflows, thesis planning, validation and multidisciplinary project development.
MATLAB Simulink PhD Research Topics for Electrical and Multidomain Engineering
A practical guide to matlab simulink phd research topics, including project scope, model workflow, validation, measurable novelty and thesis-ready reporting.
READ ENGINEERING GUIDE →COMSOL Multiphysics Project Ideas for Engineering PhD Research
A practical guide to comsol multiphysics project ideas phd, including project scope, model workflow, validation, measurable novelty and thesis-ready reporting.
READ ENGINEERING GUIDE →ANSYS HFSS Antenna Project Ideas for MTech and PhD Research
A practical guide to ansys hfss antenna project ideas, including project scope, model workflow, validation, measurable novelty and thesis-ready reporting.
READ ENGINEERING GUIDE →Electric Vehicle MATLAB Simulink Projects: Chargers, Drives, Batteries and Thermal Models
A practical guide to electric vehicle matlab simulink projects, including project scope, model workflow, validation, measurable novelty and thesis-ready reporti
READ ENGINEERING GUIDE →Multidomain Engineering Simulation: Connecting Mechanical, Electrical and Control Models
A practical guide to multidomain engineering simulation, including project scope, model workflow, validation, measurable novelty and thesis-ready reporting.
READ ENGINEERING GUIDE →How to Validate Engineering Simulation Results for a Thesis or Journal Paper
A practical guide to validate simulation results thesis, including project scope, model workflow, validation, measurable novelty and thesis-ready reporting.
READ ENGINEERING GUIDE →Cross-domain research outputs
Results presented as engineering decisions—not isolated screenshots.
Mechanical limits, electrical transients, control responses, field distributions and thermal behaviour are interpreted together against design requirements and accepted benchmarks.
Stress contour and design margin
MAX EQUIVALENT STRESS286.4 MPa
ALLOWABLE355.0 MPa
Frequency response & control action
FREQUENCY NADIR49.42 Hz
Field response & resonance separation
PEAK COUPLING91.6%
For graduates, researchers and R&D teams
Multi-domain simulation support at the depth your project requires.
From focused single-domain studies to PhD-level coupled methodologies, the model architecture, validation depth and documentation can be adapted to your academic or engineering objective.
Explore research supportUndergraduateProject models, demonstrations and report support
Master’sReference-paper reproduction and extensions
PhDNovel methodology, comparison and validation
PublicationFigures, results discussion and revisions
Multidomain project intake
Have a proposal, schematic, CAD model or reference paper?
Send the participating engineering domains, software preferences, interfaces, expected outputs and deadline for a focused technical discussion.