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Title:Microcapsules: The building block of self-healing materials
Author(s):Thakare, Dhawal
Contributor(s):Beckman Institute for Advanced Science and Technology
Subject(s):Mechanical Science and Engineering
Abstract:Can you imagine materials healing themselves when they are cracked? Guess what, it is possible! Self-healing materials do exist, and do you want to know how they work? These materials are embedded with tiny microscopic containers called microcapsules which are carefully engineered to encapsulate healing agents. My research focusses on designing and synthesizing these microcapsules. The image above shows one such microcapsule which has been cut open and imaged under a fancy microscope which allows us to see very small things! Thousands of such microcapsules are uniformly embedded into the material when it is being manufactured. Subsequently during use, when there is any damage to the material, the capsules are broken and the healing agents are released, thus healing the damage, very similar to as shown in the image. The current phase of my research focusses on developing special microcapsules which can release their healing agents in response to acidity instead of waiting to be broken through damage. This would then extend its application to other fields like targeted drug delivery where precise dosage of medicine can be delivered at target locations when the capsules encounter a specific acidic environment, say in the stomach.
Issue Date:2019
Type:Text
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URI:http://hdl.handle.net/2142/103687
Rights Information:Copyright 2019 Dhawal Thakare
Date Available in IDEALS:2019-05-03


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