Add to ORKGAfter an artificial injury in succulent leaves of Delosperma cooperi and Delo-sperma ecklonis rapid wound sealing by deformation of the entire leaf takes place within approximately 90 minutes. On the basis of comparative anatomical and biomechanical analyses of the closely related species conclusions can be drawn on necessary boundary conditions allowing self-sealing by leaf deformation and movement. An analytical model of the underlying principle found in D. cooperi has been developed as basis for the transfer into bio-inspired self-repairing materials. 1
Abstract. The concept of an autonomic self-healing material, where initiation of repair is integral ...
In this chapter, a deep analyse of a bio-inspired phenomenon starting with broad definitions of incl...
Wound closure in plant stems (after either fire or mechanical damage) is a complex, multi-scale proc...
After an artificial injury in succulent leaves of Delosperma cooperi and Delosperma ecklonis rapid w...
Polymers are often used in fields of application with high mechanical loads. Thereby, micro-cracks, ...
A numerical computer model was developed in order to describe the complex self-sealing mechanism of ...
Self-repair processes in plants, particularly in Hevea brasiliensis trees, are described. Possibilit...
Polymers are used in many fields of application with high mechanical loads. Due to micro-cracks comp...
During evolution, plants evolved various reactions to wounding. Fast wound sealing and subsequent he...
During the 3.8 billion years of biological evolution, a multitude of functional principles has been ...
During biological evolution, plants have evolved various types of wound reactions. The present study...
Any biological system in the world has its own mechanism of response towards cuts and cracks. Whenev...
Plants have inspired the development of numerous novel (self-)adaptive and selfhealing materials, st...
Healing is an intrinsic ability in the incredibly biodiverse populations of the plant and animal kin...
Abstract: Self-healing materials are a class of solids that have the capability to repair damage aut...
Abstract. The concept of an autonomic self-healing material, where initiation of repair is integral ...
In this chapter, a deep analyse of a bio-inspired phenomenon starting with broad definitions of incl...
Wound closure in plant stems (after either fire or mechanical damage) is a complex, multi-scale proc...
After an artificial injury in succulent leaves of Delosperma cooperi and Delosperma ecklonis rapid w...
Polymers are often used in fields of application with high mechanical loads. Thereby, micro-cracks, ...
A numerical computer model was developed in order to describe the complex self-sealing mechanism of ...
Self-repair processes in plants, particularly in Hevea brasiliensis trees, are described. Possibilit...
Polymers are used in many fields of application with high mechanical loads. Due to micro-cracks comp...
During evolution, plants evolved various reactions to wounding. Fast wound sealing and subsequent he...
During the 3.8 billion years of biological evolution, a multitude of functional principles has been ...
During biological evolution, plants have evolved various types of wound reactions. The present study...
Any biological system in the world has its own mechanism of response towards cuts and cracks. Whenev...
Plants have inspired the development of numerous novel (self-)adaptive and selfhealing materials, st...
Healing is an intrinsic ability in the incredibly biodiverse populations of the plant and animal kin...
Abstract: Self-healing materials are a class of solids that have the capability to repair damage aut...
Abstract. The concept of an autonomic self-healing material, where initiation of repair is integral ...
In this chapter, a deep analyse of a bio-inspired phenomenon starting with broad definitions of incl...
Wound closure in plant stems (after either fire or mechanical damage) is a complex, multi-scale proc...