In this project, a biodegradable material BIOCOM Multi-Degradable Resin will be tested on its shape memory effect and related mechanical properties. Firstly, the Differential Scanning Calorimetry (DSC) Analysis will be carried out to determine the important temperatures such as melting temperature (Tm) as well as other thermal properties of this material. In the sample preparation stage, the granular formed material will be fabricated to samples with standard dimension used for the indentation test and the compression test. In the indentation test, the shape memory effect of this material will be studied through indentation test under specific temperature as well as the 3D scanning profile. Lastly, the Instron compression test wi...
A novel shape memory material was prepared based on the formation of inclusion complexes between alp...
Shape memory polymers (SMPs) have found applicability in biomedical settings as well as other uses t...
Preparing porous biodegradable structures from shape memory polymers can combine the structure-defin...
The presented paper concerns scientific research on processing a poly(lactide-co-glycolide-co-trimet...
Polymers with the shape memory effect possess tremendous potential for application in diverse fields...
This report discusses about shape memory polymers, and the techniques used to characterize their sha...
This research describes an investigation of shape memory polymers for dental applications. To study ...
Shape memory materials are materials that can be deformed under certain conditions and return to its...
This report focuses on a study of shape memory effects of the shape memory polymer named Ultem / Pol...
The shape memory polymers (SMPs) exist in numerous categories and classes. The most widely used shap...
Development of biodegradable shape memory elastomers (SMEs) is driven by the growing need for materi...
From the point of better biocompatibility and sustainability, biobased shape memory polymers (SMPs) ...
The development of adaptive medical structures is one of the promising areas of bioengineering. Poly...
The aim of the study was to obtain a smart textile material with shape memory alloys. NiMn-based sha...
Environment friendly polymeric materials were investigated using an infrared ca-mera in order to ide...
A novel shape memory material was prepared based on the formation of inclusion complexes between alp...
Shape memory polymers (SMPs) have found applicability in biomedical settings as well as other uses t...
Preparing porous biodegradable structures from shape memory polymers can combine the structure-defin...
The presented paper concerns scientific research on processing a poly(lactide-co-glycolide-co-trimet...
Polymers with the shape memory effect possess tremendous potential for application in diverse fields...
This report discusses about shape memory polymers, and the techniques used to characterize their sha...
This research describes an investigation of shape memory polymers for dental applications. To study ...
Shape memory materials are materials that can be deformed under certain conditions and return to its...
This report focuses on a study of shape memory effects of the shape memory polymer named Ultem / Pol...
The shape memory polymers (SMPs) exist in numerous categories and classes. The most widely used shap...
Development of biodegradable shape memory elastomers (SMEs) is driven by the growing need for materi...
From the point of better biocompatibility and sustainability, biobased shape memory polymers (SMPs) ...
The development of adaptive medical structures is one of the promising areas of bioengineering. Poly...
The aim of the study was to obtain a smart textile material with shape memory alloys. NiMn-based sha...
Environment friendly polymeric materials were investigated using an infrared ca-mera in order to ide...
A novel shape memory material was prepared based on the formation of inclusion complexes between alp...
Shape memory polymers (SMPs) have found applicability in biomedical settings as well as other uses t...
Preparing porous biodegradable structures from shape memory polymers can combine the structure-defin...