Which projects fit?
For equipment where load affects temperature, control affects losses or thermal states affect performance. Purely thermal tasks can start with a thermal-only scope.
Mechatronic-Thermal
Multiphysics operating conditions for reducing design risks
Verify key coupled operating conditions and identify risks before testing.
What we provide
Acceptance checks loads and losses, energy transfer, thermal boundaries and numerical convergence. New Horizon validates individual domains before coupling and delivers scenarios, models, raw outputs and post-processing for reviewing temperature, power and motion responses.
Last updated: 2026-10-13 · New Horizon Digital Outsourcing Team
View delivery and acceptance detailsCapability Highlights
- Checkable Operating-Condition Tables
- Reproducible Results
- Integration with Modelica Models
Typical deliverables
- Coupled Models
- Operating-Condition Set
- Results Report
- Risk List
Delivery workflow
- 01 Confirm Boundaries and Materials
- 02 Model Development
- 03 Operating-Condition Sweeps
- 04 Findings handover
Other Capabilities in This Domain
Implementation References for This Domain
Explore implementation guides and case studies to understand input requirements, technical approaches, delivered assets, and methods for evaluating outcomes.
Knowledge Guides
- How to Validate Isolation, Reconnection, and Resource Release in a Multi-Session Simulation Service
- Why Do Simulation Monitor Values Disagree? Align Lists, Charts, Alerts, and Exports
- How to Integrate Algorithm Components into a Simulation Platform: Data, State, and Scheduling Responsibilities
- How to Start and Stop Simulation Runs Reliably: Initialization, Stepping, Pausing, and Completion
Case Studies
Engineering delivery brief
What evidence supports electromechanical-thermal simulation acceptance?
What inputs are needed?
Provide duty cycles, mechanical loads, losses, material properties, contact and cooling boundaries, sensor locations, sampling rates and calibration information.
Applicability and Limits
Temperature accuracy and service-life assessment require experimental references under project conditions. Acceptance checks numerical convergence, parameter calibration and deviation from tests separately, with uncalibrated parameters listed explicitly.
What drives time and cost?
Geometry detail, contacts, transient duration, mesh size and test-data quality drive cost. Identify sensitive thermal paths and key scenarios before selecting model order and compute budgets.
Deliverables and acceptance
Boundary and loss register
Acceptance Evidence
Trace sources and units for loads, materials and heat-transfer conditions.
Coupled model and results
Acceptance Evidence
Record energy exchange, peak timing and metric sensitivity to time-step or mesh changes.
Comparison and reproduction package
Acceptance Evidence
Retain sensor mappings, error definitions, raw results and rerun steps.
Related case study
Pump Housing Heat Conduction and Finite Element Mesh Verification
Connect CAD preparation, material and boundary definitions, mesh comparisons and temperature-field review for a complex internally heated housing, with reproducible thermal-analysis deliverables.
Read the full case studyFurther Reading and Technical References
Related standards and technical documentation for solution selection and implementation.
Discuss Electromechanical–Thermal Coupled Simulation Services
Describe your stage objectives and constraints (without classified details), and we will provide scope recommendations and a deliverables list.