These aforementioned mechanisms may weaken the tendon's mechanical properties, which could lead to tendinopathy or tendon rupture.
This results in a wide spectrum of mechanical properties which can be achieved by foldcores.
It possesses unique mechanical properties which make it a perfect biocompatible, biodegradable and bioresorbable polymer.
Silicon has excellent mechanical properties, which make it a promising candidate material for micromachining and microengineering [11,12].
Natural coral has good mechanical properties which are comparable to that of native bone tissue (John and Chamberlain 1978).
Therefore, TiO2 and TiO2/SiO2 films have exhibited good mechanical properties which are required for long durability in outdoor applications.
However, as with all polymers, chitosan holds low mechanical properties which require that chitosan be mixed with other bone materials.
Cellulose-based biocomposites from nature exhibit remarkable mechanical properties which inspire to prepare synthetic biocomposites.
The composite films also showed excellent mechanical properties, which was vital for practical application.
Diagenetic processes caused farfetched changes of the mechanical properties, which is reflected e.g. in classification normograms.
However, they have poor transverse mechanical properties which limit their use in many structural applications.
