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2 Geometries
1 Mesh
2 Simulation setups
0 ResultsThis project focuses on the thermal distribution modeling of multilayer human tissue during hyperthermia-based cancer treatment. A multilayer tissue model consisting of skin, fat, muscle, and tumor layers is developed to study heat transfer within biological tissues. Thermal properties are assigned to each tissue layer, and hyperthermia treatment is simulated by applying a controlled heat source to the tumor region. The objective is to analyze temperature distribution, evaluate heat localization in the tumor, and ensure that surrounding healthy tissues remain within safe temperature limits. The simulation helps visualize the effectiveness of hyperthermia treatment and demonstrates the role of thermal modeling in improving cancer therapy outcomes.
by simscalesimscale
skushla4 created this project
20 days ago
2 Geometries 1 Mesh 2 Simulation setups 0 ResultsThis project focuses on the thermal distribution modeling of multilayer human tissue during hyperthermia-based cancer treatment. A multilayer tissue model consisting of skin, fat, muscle, and tumor layers is developed to study heat transfer within biological tissues. Thermal properties are assigned to each tissue layer, and hyperthermia treatment is simulated by applying a controlled heat source to the tumor region. The objective is to analyze temperature distribution, evaluate heat localization in the tumor, and ensure that surrounding healthy tissues remain within safe temperature limits. The simulation helps visualize the effectiveness of hyperthermia treatment and demonstrates the role of thermal modeling in improving cancer therapy outcomes.
