If underfired, structural clay products have low strength and poor resistance to frost and freezing, owing to the presence of many small pores in the clay regions.
Porous anodic aluminum oxide films have low strength and require the assistance of transfer process, which reduce manufacturing efficiency.
However, most developed thermal management materials are relatively rigid and have low strength.
This process leads to the removal of old inactive nodes having low strength and storage of old nodes with fresh activity and high strength.
This material didn't include non-hydraulic binding material and hydraulic material, thus this building material had low strength and poor weathering resistance.
However, due to the weak phase involved, off-stoichiometric alloys appear to have low strength at high temperature and thus are unsuitable for very-high-temperature applications.
Short-fiber composites usually have low strength and toughness relative to continuous fiber composites, an intrinsic problem caused by discontinuities at fiber ends and interfacial debonding.
However, the cold briquettes prepared solely relying on pressure condition without any additives such as water, diesel, oil, sand, lime, gypsum and other materials have low strength (Meng et al. 1996; Jiang and Guo 1999).
