Skin Tissue Simulants

The skin, being the largest organ in terms of surface area, has many functions including protecting against the external environment, regulating body temperature, and conforming to the body's shape during movement. This tissue exhibits mechanical complexity due to its multi-layered structure, including diverse components in each layer. The mechanical characteristics of the skin are of great importance for many medicinal, cosmetic, and biomechanical applications. Applications in cosmetics include assessing the emollient properties and moisturizing effects of cosmetic products. Medical professionals use the biomechanical characteristics of the skin to get a deeper understanding of suturing methods, skin disease treatments, plastic surgery operations, and other related areas. The biomechanical characteristics of skin tissues are important for developing and creating synthetic materials that mimic human skin in real-time anthropomorphic devices, such as crash test dummies and surgical simulators. The material characteristics of the skin play a crucial role in the creation and analysis of computer models of the human body for biomechanical simulations, as well as their use in physical biomechanical models.