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1  failure load (FL) was determined by using a mechanical test.
2  which can be obtained from FEA and standard mechanical tests.
3 tings was explored using electrochemical and mechanical tests.
4 lied strain, by conducting stiffness-sensing mechanical tests.
5 ge in preparing large bulk glass samples for mechanical testing.
6 or analysis via histology, bulk RNA-seq, and mechanical testing.
7 eal nerve block administration combined with mechanical testing.
8 reliability, and no premature failure during mechanical testing.
9 ro-CT and histology, and 28 days later using mechanical testing.
10 s spanning from neutron scattering to static mechanical testing.
11 emale C57BL/6 mice for in vitro vascular and mechanical testing.
12 7-deazaguanine (DeUG) units was evaluated by mechanical testing.
13 ng anterior knee laxity as demonstrated with mechanical testing.
14  it is more flexible and confirmed by direct mechanical testing.
15 higher reliability under mouth-motion cyclic mechanical testing.
16 ing and then characterized by microscopy and mechanical testing.
17                            Environmental and mechanical tests also prove the material's resilience, s
18 d collagen gel subjected to an off-axis hold mechanical test and subsequently to biaxial extension.
19 use in situ transmission electron microscopy mechanical testing and atomistic simulations to demonstr
20                                      Tensile mechanical testing and compositional analysis reveal tha
21                                     By using mechanical testing and small-angle X-ray scattering, as
22                The material was subjected to mechanical testing and was assayed for in vitro cytotoxi
23  of high-entropy alloys (HEAs) using in situ mechanical tests and atomic-resolution characterization
24 estigate the origin of the toughness through mechanical tests and microscopic observations.
25 ecific stiffness data measured using ex-vivo mechanical testing, and (ii) patient-specific estimation
26 arametric geometrical modeling, 3D printing, mechanical testing, and discrete element simulations, we
27  was evaluated by micro-computed tomography, mechanical testing, and histological characterization.
28                     Finite element modeling, mechanical testing, and immunohistochemical analyses at
29 erties of PLGA have been characterized using mechanical tests, and a finite-element model has been de
30  viable tool to fabricate bone specimens for mechanical testing at the micro- and nanoscale and we pr
31                                 By combining mechanical testing at two length scales and magnetic res
32                                              Mechanical testing by sporting governing bodies ensures
33                                     Although mechanical tests can quantify corneal elasticity ex vivo
34                                 Conventional mechanical testing cannot delineate complex micromechani
35                                   Subsequent mechanical tests confirmed no measurable implant loading
36                                              Mechanical tests confirmed the durability of the patch,
37                                       Before mechanical testing, cytochalasin D, acrylamide, or colch
38 his presents a problem when trying to obtain mechanical test data as a function of irradiation level.
39                  This study aimed to collect mechanical test data from freshly excised lung, obtained
40 lows and validated using postmortem physical mechanical test data.
41 n developing large, open-source databases of mechanical testing data to support future research.
42                                              Mechanical testing demonstrated significant increases in
43 d vessel mechanical properties, by combining mechanical testing (distension) of excised porcine coron
44         Ninhydrin assay, FTIR, WAXD, SEM and mechanical tests documented successful crosslinking that
45     Our data from X-ray tomography (uCT) and mechanical testing experiments are in excellent agreemen
46 ansfer, microstructure characterization, and mechanical testing extremely challenging.
47 lysis included radiographs, basic histology, mechanical testing, flow cytometry, and immunohistochemi
48 esting is a reliable alternative to physical mechanical testing for assessing intact and healing long
49 riching the data extracted from conventional mechanical tests, for potential use in data-driven const
50                                              Mechanical testing has revealed that each is elastomeric
51 ng to early bony fusion as shown by imaging, mechanical testing, histological analysis, and microarra
52 ples of irradiated muscle were harvested for mechanical tests, histological (Hematoxylin & Eosin, and
53           Each leg was randomly assigned for mechanical tests, histology, or gene expression.
54                              By quantitative mechanical tests in an environmental transmission electr
55 gth than some commercial composite resins in mechanical tests in vitro.
56                          We also carried out mechanical testing, including cyclic testing at 4% strai
57                                              Mechanical testing indicated dramatically altered period
58                                              Mechanical testing indicated inferior material propertie
59                                              Mechanical tests indicated significant improvements: ten
60                                              Mechanical tests indicated that the constructs could wit
61                                      Virtual mechanical testing is a promising technique for image-ba
62           These results confirm that virtual mechanical testing is a reliable alternative to physical
63  with appropriate material modeling, virtual mechanical testing is a reliable surrogate for physical
64 resin TC-85 is printed, and extensive thermo-mechanical testing is conducted, which includes evaluati
65                             High-strain-rate mechanical testing is thus needed to improve the design
66                                              Mechanical test lung and artificial trachea simulations
67 frequency oscillatory ventilation (HFOV) and mechanical test lung models with respect to delivered ti
68 tomography, scanning electron microscopy and mechanical testing methods.
69 ir microenvironment, the current paradigm in mechanical testing of adherent cells is mostly limited t
70 d on previous statistical measurements while mechanical testing of arteries (n = 5) were performed in
71                                              Mechanical testing of collagenous tissues at different l
72                                              Mechanical testing of degraded samples revealed hard seg
73                                              Mechanical testing of dorsal skin correlates these chang
74 ent with the findings of the recent in vitro mechanical testing of micropatterned neuronal cultures.
75  extensive molecular-dynamics simulations of mechanical testing of model polymer (high-density polyet
76  system for in situ electron microscopy (EM) mechanical testing of nanostructures.
77 raightforward, rapid, low-cost, and portable mechanical testing of single molecules that can be imple
78                                      Ex vivo mechanical testing of SIS-ECM valve tissue showed normal
79   These results, combined with findings from mechanical testing of tendons from these mice, indicate
80                Furthermore, high temperature mechanical testing of the DS alloys showed significant i
81                                              Mechanical testing of the femurs demonstrated that loss
82 binding, integrin activation, spreading, and mechanical testing of the surface.
83 ion of anisotropic extension are verified by mechanical tests of drawn silk fibers and justified by t
84                                      Virtual mechanical testing on image-based bone models (digital t
85                                              Mechanical testing on oxygen vacancies-rich Mn-doped Pb(
86 atures under ambient pressure, and therefore mechanical tests on (Mg,Fe)SiO3 perovskite are difficult
87  compared with data obtained previously from mechanical tests on adherent cells.
88               We describe a cell culture and mechanical testing protocol for generating freely suspen
89     The results from both the MS studies and mechanical testing provide insights into the chemical ch
90                             However, tensile mechanical testing reported that the old group demonstra
91 hen compared with conventional stress-strain mechanical test results.
92                                              Mechanical testing results establish that patch integrit
93  and validated against both thermography and mechanical testing results.
94 g in ultrastructural loss which could affect mechanical testing results.
95                                              Mechanical testing revealed increased repair strength, c
96                                Comprehensive mechanical testing revealed material high elasticity and
97                                          Our mechanical testing revealed that the compressed MT behav
98                                              Mechanical testing revealed that the PCL and PCL/Alg sca
99          Micro-computed tomography scans and mechanical testing revealed that trabecular bone microar
100                                   Multiscale mechanical testing reveals that as the size, complexity,
101 ipients, urea and shellac, and uses uniaxial mechanical testing, scanning electron microscopy (SEM),
102                                              Mechanical testing showed a propensity for skin to tear
103                                              Mechanical testing showed swine and human cervical tissu
104                                              Mechanical testing showed that TNF-alpha decreases the s
105 lly, the results from mechanical and dynamic mechanical tests showed that performances dramatically i
106                                              Mechanical testing shows that the adhesive film has stre
107                                 Here, we run mechanical tests simultaneously to measurements of the m
108  In a parallel study, tissue adjacent to the mechanical test specimens was apportioned for each of fi
109 ipulating these lipid vesicles for sampling, mechanical testing, spectroscopic observation, and chemi
110                                 Furthermore, mechanical testing such as tensile revealed 23.3 MPa for
111                                   Multiscale mechanical tests such as nanoindentation and three-point
112                                              Mechanical testing suggested that collagen XIV confers s
113 anoindentation as a broadly used small-scale mechanical testing technique that enables hardness measu
114            Although several high-strain-rate mechanical testing techniques have been developed to pro
115 astin insufficiency was also shown by aortic mechanical testing that demonstrated incrementally abnor
116 ing in situ transmission electron microscope mechanical testing, that [Formula: see text] dislocation
117                            Using compressive mechanical testing, the stress-strain responses of 3D-pr
118                         Here, we use in situ mechanical testing to examine how physiologically pertin
119 iscale microstructural characterization, and mechanical testing to gain insight into the solidificati
120                                       Muscle mechanical testing, two-photon imaging and hydroxyprolin
121                                              Mechanical testing using microindentation gives a Vicker
122                               Phase-specific mechanical tests using nano-indentation and micro-pillar
123                                              Mechanical tests verify the tar's suitability for haftin
124                                              Mechanical testing was performed on corneal flaps from s
125 dvanced microscopy, spectroscopy and in situ mechanical testing, we identify multiscale architectural
126                                              Mechanical tests were conducted to characterize the phys
127                                SEM, FTIR and mechanical tests were further employed to investigate th
128 ehicle and subject to pre- and posttreatment mechanical testing, which consisted of a staircase proto
129 he requisite use of conventional destructive mechanical testing, which is necessarily retrospective.
130                      Here we perform in situ mechanical testing with synchrotron X-ray computed micro
131             The 80 femurs were fractured via mechanical testing, with random assignment of one femur
132 dulus and the tensile strength with a single mechanical test, without the need for other experimental

 
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