This review discusses: (i) the application of in situ micro-mechanical methodologies to localise the key molecular targets of age-related stiffening within arteries and other dynamic elastic tissues and (ii) the potential role played by the preferential oxidation of TGF-β binding elastic fibre-associated components in driving this aberrant tissue remodelling.
The increased application of quantum-mechanical-based methodologies to the study of alloy stability has required a re-assessment of the field.
This paper proposes a mechanical design methodology to predict and ensure more reliable mechanical safety of the solder joints of a plastic ball grid array (PBGA) and a thin-shrink small outline package (TSSOP) under launch random vibration excitation.
Therefore, this review covers the structural and mechanical characteristics of the developed methodologies to toughen hydrogels, highlighting some pioneering efforts employed to combine the aforementioned properties in natural-based hydrogels.
Transfer Path Analysis (TPA) designates the family of test-based methodologies to study the transmission of mechanical vibrations.
The introduction of tow-steered laminates in structural applications demands reliable design methodologies to predict and simulate their mechanical response.
Also, designers can use the methodology to design mechanical systems for desired availability by introducing the appropriate repair and level of repair.
To examine the use of handheld methodology to assess mechanical nociceptive threshold (MNT) on cows kept loose-housed.
This is the first application of the methodology to modelling mechanical components, such as a compressor blade.
After defining new terms, we investigate the feasibility of the proposed methodology to the mechanical design of an autonomous mobile sewer inspection robot.
This paper proposes an experimental methodology to study the mechanical behaviour of materials under single and multi-impact loadings.
