comsol-matlab livelink  (COMSOL Inc)

Journal: Foods

Article Title: Simulation of Thermal and Electric Field Distribution in Packaged Sausages Heated in a Stationary Versus a Rotating Microwave Oven

doi: 10.3390/foods10071622

Figure Lengend Snippet: Computational time of temperature simulation of COMSOL and COMSOL in combination with MATLAB (COMSOL and MATLAB).

Article Snippet: Yang et al. [ ] integrated mechanistic-modeling and machine-learning using the COMSOL-MATLAB LiveLink TM to optimize the thickness of rectangular-, conical-, and elliptical-shaped products in rotating microwave heating.

Techniques:

Journal: Foods

Article Title: Simulation of Thermal and Electric Field Distribution in Packaged Sausages Heated in a Stationary Versus a Rotating Microwave Oven

doi: 10.3390/foods10071622

Figure Lengend Snippet: Flow diagram of COMSOL Multiphysics ® software in combination with MATLAB.

Article Snippet: Yang et al. [ ] integrated mechanistic-modeling and machine-learning using the COMSOL-MATLAB LiveLink TM to optimize the thickness of rectangular-, conical-, and elliptical-shaped products in rotating microwave heating.

Techniques: Software

Journal: Foods

Article Title: Simulation of Thermal and Electric Field Distribution in Packaged Sausages Heated in a Stationary Versus a Rotating Microwave Oven

doi: 10.3390/foods10071622

Figure Lengend Snippet: Actual and simulated temperature of ready-to-eat sausage under microwave rotating at points 1–4 from COMSOL in combination with MATLAB.

Article Snippet: Yang et al. [ ] integrated mechanistic-modeling and machine-learning using the COMSOL-MATLAB LiveLink TM to optimize the thickness of rectangular-, conical-, and elliptical-shaped products in rotating microwave heating.

Techniques:

Journal: Journal of neural engineering

Article Title: BENCHMARKING TRANSCRANIAL ELECTRICAL STIMULATION FINITE ELEMENT MODELS: A COMPARISON STUDY

doi: 10.1088/1741-2552/aafbbd

Figure Lengend Snippet: Simulation pipelines for block (left) and smooth (right) head model construction and finite element computation. Block models were processed using C and MATLAB, while smooth models were meshed using ScanFE and solved using COMSOL-MLI. Results from both pipelines were analyzed in MATLAB.

Article Snippet: Current densities, J were calculated from voltage gradients, ∇ϕ, and voxelwise conductivity tensors, D w such that J = − D w ∇ ϕ . (6) Smooth Pipeline FE models FE simulations for smooth models were performed using the electric current (EC) module with the default quadratic element type, and analyzed using the COMSOL-MATLAB livelink interface (MLI).

Techniques: Blocking Assay