Sentence examples for complex strength from inspiring English sources
Peculiar features of crystal packing depending on the base type, the complex strength, and the presence of a secondary basic center are summarized and analyzed in this review.
A combination of different methods, including high-intensity strength training involving traditional resistance exercises (TRE; squats) and plyometrics [6], TRE and sprint training [10], and complex strength training (CT) [11,15,19], have all recently received considerable attention.
Further discussion is made on possible improvement of the new criterion to address other materials with complex strength characteristics, as well as its potential usefulness for constitutive modeling of anisotropic geomaterials.
Interestingly, not only were improvements in absolute force production (1RM) achieved, but an increased efficiency was also evident after allometric scaling of the results; 1RM per lean leg volume (LLV; 1RM/LLV) improved after high- and moderate-intensity modes of strength training [2], and relative force (maximum force divided by body mass) improved after complex strength training [11].
Additionally, 10 weeks of complex strength training, consisting of soccer-specific strength and skill exercises (soccer kick), improved measures of explosive strength and RFD during the isometric leg press in low-level players, with an increase in the electromyography (EMG) activity of certain muscles involved in the task also reported [11].
The yield line method being a common kinematic approach for the yield design of plates, which enables to obtain upper bound estimates quite efficiently, it is first shown that its extension to the case of complex strength criteria as those calculated from the homogenization method, necessitates the computation of a function depending on one single parameter.
This power output is a quadratic function of the complex strengths of the secondary point sources.
For a given arrangement of primary and secondary sources, this quadratic function has a unique minimum value associated with an optimal set of secondary source complex strengths.
The total time averaged acoustic potential energy is expressed as a quadratic function of the complex strengths of a number of secondary sources of sound introduced into the enclosure.
The abstract results are applied to elliptic differential operators with local and non-local Robin boundary conditions on unbounded domains, to Schrödinger operators with δ-potentials of complex strengths supported on unbounded hypersurfaces or infinitely many points on the real line, and to quantum graphs with non-self-adjoint vertex couplings.
The panel used Mr. Bout's case to demonstrate the complex organizational strength of contemporary smugglers and the lack of effective international agreements or practices to curb them.
