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Technical-scientific design using a simulator with calculator

We work scientifically on the design and development of electromagnetic and mechanical devices.

We will guide you starting from the initial idea up to its prototyping and the choice of technological solutions to use.

For each project we perform professional simulations using specific multidisciplinary calculation and analysis programs. Read for more details.

design of electromagnetic devices

Design and simulation: Spin’s scientific analysis

MECHANICAL
ANALYSIS
  • Linear, non-linear, static, transient, dynamic analysis
  • Stress analysis, von mises, deformations, buckling (compression stress)
  • Structural analysis
  • Finite element simulation of mechanical parts
  • Computer modeling of mechanical systems
  • Topological – morphological optimization
  • Multibody analysis and calculation, kinematic modeling of rigid bodies due to the application of external forces, modeling of connected rigid bodies, direct dynamics
  • Fatigue, durability analysis
ELECTROMAGNETIC
ANALYSIS
  • Calculation of electromagnetic fields, magnetic flux lines, vector potential, magnetic fluxes, magnetic induction, induced currents, magnetic losses, joule losses
  • Electromagnetic simulation
  • Computer modeling of electromagnetic devices
  • Electromagnetic optimization, electromechanical optimization
  • Fem analysis – finite elements, peec elements (partial element equivalent circuit)
THERMAL
ANALYSIS
  • Thermal simulation
  • Thermo structural analysis
  • Magnetothermic modeling, thermal transients calculation
  • Calculation of induction heating, metallurgy, heat treatments, metal casting, hardening
  • Heat transfer
FLUIDOTHERMAL
FLUID DYNAMIC ANALYSIS (CFD)
  • Computational fluid dynamics (CFD)
  • Computer simulation of fluid-dynamic, pneumatic and hydraulic systems
  • Modeling of laminar, turbulence, cavitation, volute, fan, turbine and blade motions
  • Convective motions, convective exchanges, conductive exchanges, thermal convection, thermal conduction, thermal convection, irradiation, radiant heat
  • Finite volume and finite element analysis
ELECTRICAL
ANALYSIS
  • Electrical insulation analysis
  • Electric field calculation, electric potential flow lines calculation
  • Calculation of electrical and electromagnetic transients
  • Static electrical modeling, transient electrical modeling
  • Electric arc modeling
  • Mechatronic modeling
  • Control systems and electronic controls
VIBRATIONAL, VIBROACOUSTIC
AND ACOUSTIC ANALYSIS
  • NVH analysis (noise vibration harshness)
  • Acceleration, displacement, normal modes, direct and frequency response calculations
  • Vibroacoustic simulation
  • Calculation of sound pressure
  • Acoustic analysis on single devices and on complete systems
  • Aeroacoustic analysis
  • Vibroacoustic modeling
CONSTRUCTION PROJECTS
  • 2D-3D mechanical designs, construction drawings
  • Mechanical modeling and optimization starting from basic structures
  • Definition of device assembly details: tolerances, materials, sequences, technologies, suppliers, BOM (bill of materials)
  • Modeling using Inspire, Simlab, Hypermesh, Solid Works, Solid Edge
  • Creation of prototypes on request
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