Modelling and model reduction techniques

|Modelling and model reduction techniques

Next Phase in ASML’s Digital Engineering: Modular-Swift-Precision Modelling

Digital;Finite element method (FEM);Modelling;Simulation

Next Phase in ASML’s Digital Engineering: Modular-Swift-Precision Modelling

Digital;Finite element method (FEM);Modelling;Simulation

Structural Thermal Optical Performance (STOP) analysis method for optical components of megawatt electron cyclotron heating systems

Analysis;Mechanical;Modelling;Optical

Thermal contact conductance in vacuum

Spindle,Temperature,Thermal error

Thermal monitoring and adaptive compensation model based on proper orthogonal decomposition and optimal sensor placement.

Compensation,Grinding,Thermal error

Thermal Contact Conductance in Vacuum

Spindle,Temperature,Thermal error

Thermal influences on X-ray source position in X-ray computed tomography

3d printing,Compensation,Deformation,Scanning

Thermo-elastic frequency domain analyses for a cryogenic temperature controlled precision sample holder

Compensation,Machine,Optimisation,Thermal error

Thermo-mechanical system modelling of a lithography high precision optics

Artificial intelligence,Compensation,Thermal error,Turning

Thermal monitoring and adaptive compensation model based on proper orthogonal decomposition and optimal sensor placement.

Compensation,Grinding,Thermal error

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