The phrase "anchorage effect" is correct and usable in written English.
It is typically used in psychology and behavioral economics to describe the cognitive bias where individuals rely too heavily on the first piece of information encountered when making decisions.
Example: "The anchorage effect can significantly influence consumer behavior, as initial prices can set a mental benchmark for what is considered a good deal."
Alternatives: "reference point effect" or "initial anchor bias".
This paper reports an extension to such existing theory in order to incorporate the anchorage effect.
The anchorage effect of the hook, the effect of fibers geometry and slenderness, fibers inclination and matrix type and strength are studied.
An interpenetrating anchorage effect was formed between the Ni P coating and the PEEK/MWCNT composite surface, which contributed to a good adhesion (the highest 5 B scale according to ASTM D3359 and 5.7 MPa by pull off test).
This study intends to conduct an experimental study on the retrofit effect of NSMR using a FRP strip and the anchorage effect of the FRP strip in reinforced concrete (RC) member.
In the analysis by Del Vecchio et al. (2016), the anchorage effect of beam bars and the shear contribution of the FRP strengthening system were delicately accounted for, and the analysis results showed a good agreement with the test results in terms of strength, global deformation, crack pattern, strength and stiffness degradation, and pinching.
Present numerical simulation of anchored discontinuous jointed rock-mass can not pertinently reflect the actual anchorage effects.
Weaknesses of the SP-methods, such as insensitivity of the WTP to quantity of the good, hypothetical and strategic bias, anchorage effects and so on, are well known in the literature and may sometimes be a result of to poorly conducted studies (see, e.g., [9]).
Moreover, the effects of the laminate width and the compressive stress level on the anchorage effectiveness are evaluated.
Importantly, the initial performance of HAOb demonstrated strikingly promoted anchorage with effects of filopodia formation and increased vital cell on NTs with SOW.
This finite element consists of two interacting, gradual spread inelasticity sub-elements representing inelastic flexural and shear response and two rotational springs at the ends of the member to model anchorage slip effects.
Adverse effects anchorage loss See comments Relative effect (95 % CI): not estimable 10 (1 study, SP) ⊕⊕⊝⊝f Low There was significant difference in loss of anchorage between control and experimental groups (p < 0.05), the anchorage loss was lesser in the piezocision group.
