Solidtrust Technologies India Private Limited

Motor-CAD empowers design engineers to assess various motor topologies and concepts throughout the entire operational spectrum, facilitating the creation of designs optimized for performance, efficiency, and compactness. The software's four integrated modules—EMag, Therm, Lab, and Mech—enable rapid and iterative multiphysics calculations, expediting the transition from conceptualization to final design.

By leveraging swift calculations and streamlined data input procedures, Motor-CAD users gain the flexibility to explore diverse motor topologies and comprehensively evaluate the influence of advanced loss effects during the initial phases of electromechanical design. The software offers:

• Predefined magnetic topologies
• Integration of 2D FEA with analytical solutions
• Support for DXF and scriptable geometries
• Utilization of CFD, FEA, and empirical correlations
• Predefined cooling topologies
• Duty-cycle adjustments based on temperature
• Multi-slice skew capability
• Calculations of efficiency and loss maps
• Integration of 3D Coupled Thermal-Fluid Network
• Linear structural 2D FEA
• Assessment of both steady-state and transient thermal conditions

Thermo-Mechanical Coupled Simulations (TMCS) model the intricate interplay between heat (thermal) and force (mechanical) fields in materials, where temperature changes affect deformation and stresses, and mechanical loads generate heat, crucial for analyzing real-world scenarios like aerospace, nuclear, and electronics. These simulations use numerical methods (like Finite Element Method or Peridynamics) to solve coupled equations, predicting phenomena like thermal expansion, stress-induced heating (Joule heating), material damage, and failure under extreme conditions, often requiring powerful computational techniques for complex geometries and contact.