Cardiovascular risk factors in children with hereditary loading by A. A. Muratov, M. K. Koshukeyeva, K. A. Aitbaev, E. S. Mainazarova, A. J. Alymkulova, J. T. Isakova

“…The study included 106 schoolchildren aged 10 to 17 years. The main group consisted of children (n=55) with a family history of cardiovascular diseases (CVD) and the control group (n=51) — without hereditary loading. …”
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ON STRENGTHENING TREATMENT FEATURES UNDER VIBROWAVE LOADING by Anatoly Prokofyevich Babichev, Nikolay Sergeyevich Koval, Alexandra Vladimirovna Alexeyenko, Dmitry Valeryevich Maximov

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Piggyback loading gauge, problems and process of implementation by Yu. M. Lazarenko, D. N. Arshintsev, A. V. Zavertalyuk, V. N. Bondarev, E. A. Mitina, E. V. Kapuskina

“…The first stage outlined the need for piggyback loading gauge. Piggyback loading gauge - is the minimal transverse (perpendicular to track axis) outline in which, considering the mounting, the load (road vehicle) should be placed on a specialized platform as part of piggyback train. …”
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STABILITY ANALYSIS OF THE SLOPE SUBJECTED TO THE DYNAMIC LOADING by Lesław ZABUSKI

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The Future Role of Smart Devices in Systems of Urban Concentrated Loading Areas by Krisztián Bóna, Dávid Lajos Sárdi, Aletta Büki, Viktória Domaniczki

“…In innovative city logistics systems, there are three main node types: consolidation centers, cross-docks, and concentrated loading areas. …”
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Effects of light-load vs. heavy-load jump squats as priming activities in Olympic female rugby sevens players by Irineu Loturco, Piotr Zmijewski, Valter P. Mercer, Maurício S. Ramos, Marina T. Betelli, Ismael Arenhart, Túlio B. M. A. Moura, Lucas A. Pereira

“…COD speed improved significantly after both priming schemes at the 6- and 24-h time points, regardless of the loading condition ( P ≤ 0.027 for the main effect of time). …”
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Strength Weakening Effect of High Prestatically Loaded Marble Subjected to Low-Frequency Dynamic Disturbance under Point Load by Wuxing Wu, Fengqiang Gong

“…The comprehensive analysis demonstrates that Fp has a greater effect on the point load strength weakening effect than f, which is mainly reflected in the point load strength weakening level dominated by the Fp, and the weakening degree is affected by f.…”
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Three-level Vector Control of Electrically Excited Synchronous Motor for Rolling Mill by NAN Yonghui, ZHANG Chaoyang, ZHENG Hanfeng, GUO Zan, LIN Bo

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Hydrodynamic and Vibroacoustic Simulation Analysis of the Main Float in an Acoustic Submerged Buoy System by Jie Liu, Zixuan Jiang, Libin Du, Zhichao Lv, Hanbing Cui, Xinyu Li, Guangxin Liang

“…During prolonged deployment, deep-sea acoustic submerged buoys may undergo displacement and torsional deformation of their main floating body under turbulent flows, which degrades the quality of acquired sensor data and introduces vibration-induced noise that interferes with acoustic measurements. …”
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Concept of a load reducing knee-orthosis by Abdulrazeq Abdallah, Al-Hazba Ahmed, Pöschel Till, Thomas Hanna, Boese Axel

“…To achieve this, the load should be partially transferred from the upper leg to the ground. …”
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Preparation and In Vitro Evaluation of Tacrolimus-Loaded Ethosomes by Guiling Li, Chao Fan, Xinru Li, Yating Fan, Xiaoning Wang, Mei Li, Yan Liu

“…The main objective of the present work was to prepare and assess dermal delivery of tacrolimus-loaded ethosomes versus classic liposomes. …”
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IMPACT OF AN UNDERSLUNG LOAD ON A HELICOPTER CONTROLLABILITY by G. N. Babenko, V. V. Efimov, V. A. Ivchin

“…The data obtained during computational experiments corresponds to the results of analytical computations, and is in line with the literature based on the experience of helicopter flight operations.The cause of the variation in the helicopter controllability parameters during transportation of an underslung load has been found, that is - the underslung load considerably increases the main rotor thrust, due to sling load, as compared to a helicopter without cargo. …”
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RIEDEL MEGASHEARS R' AND THE TREND TO GRAVITATIONAL EQUILIBRIUM AS MAIN FACTORS OF TSUNAMIGENIC EARTHQUAKES by M. A. Goncharov, E. A. Rogozhin, N. S. Frolova, P. N. Rozhin, V. S. Zakharov

“…Such style of shear formation has been explained in various waysare proposed (Fig. 15–16), and the main point of the explanations is joining of small tensile fractures by means of larger shear fractures. …”
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STRUCTURAL STRENGTH AND RELIABILITY ANALYSIS OF MW SCALE WIND TURBINE’S MAIN SHAFT by ZHOU XinJian, LI GuangXing, LI ZhiQiang

“…The structural strength of the main shaft under the 16 ultimate load conditions was checked according to the working load data. …”
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PERFORMANCE EVALUATION TECHNIQUES FOR THE NUCLEAR GRADE MAIN FEED-WATER CONTROL VALVE by LIU QingMin, GAO ZhaoJie, LIN Feng, ZHANG QiangSheng, WU Xin

“…A performance evaluation technology was studied for the seismic performance evaluation of nuclear safety Class II main feed-water control valve based on the ASME Code and finite element analysis platform（ Femap + NX Nastran）.First,we proposed an analysis model for the vertical control valve,and the risk assessment and improvement methods for the structural characteristics of vertical control valve were studied.Then we conducted a numerical model for a control valve and compared the simulation data with those obtained from experimental test.These two showed good agreement.Finally,the seismic performance evaluation of a main feed-water control valve was performed under the combination of the seismic load and design load.The simulated relative error of inner stresses at typical site is less than 5% compared with that obtained by using empirical formula.The simulated data shows that the designed valve fulfills the design requirement for its first order frequency is bigger than 33 HZ,and the maximum stresses are within the allowable range under various load cases.…”
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NEW DESIGN METHOD FOR MAIN-AUXILIARY MODEL CONSTANT SPRINF SUPPORT HANGER by XING QingGuo, YANG LuLu, GANG XianYue, CHU ZhenMei

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Fracture Failure Analysis of the Output Gear Shaft for a Granulator Main Gearbox by Guo Penghui, Liu Shijun, Xu Wenbo, Lou Shiyu, Dou Xiaopeng, Yu Wentao

“…The output gear shaft of the main gearbox for polypropylene granulator main gearbox breaks during operation.Fracture reasons of the output gear shaft are investigated through fracture analysis, physical and chemical inspection, and strength check. …”
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Numerical Study on Aerostatic Instability Modes of the Double-Main-Span Suspension Bridge by Qiang Zhou, Haili Liao, Tong Wang

“…In order to investigate the aerostatic instability mode and underlying failure mechanism of the new suspension bridge with double main spans, a corresponding program based on aerostatic load increment and two-iteration scheme was developed with considering the effects of aerostatic and geometric nonlinearity. …”
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STUDY ON THE INFLUENCE OF HYDRAULIC BULGING RESTRAINT INTENSITY ON MICROSAMPLE OF MAIN PIPELINE MATERIAL by WANG ChunHui, AN YingHui

“…Three kinds of micro-sample thicknesses(0.4 mm,0.5 mm and 0.6 mm)and three kinds of chamfer radii(0.5 mm,0.8 mm and 1.0 mm)of the original main pipe material were taken as the research objects to analyze the influence of restraint intensity in hydraulic bulging test,and to build a correlation model of yield strength,tensile strength and hydraulic bulging elongation.The fitting error of yield strength and tensile strength and the dispersion of hydraulic bulging elongation were studied.The results show that with the gradual increase of microspecimen thickness,the peak load increases obviously,while the peak displacement generally decreases,but the overall curve trend changes little.With the gradual decrease of the microsample chamfer radius,the peak displacement decreases obviously.The test stability is best under the test conditions of microsample thickness 0.5 mm and chamfer radius 1.0 mm.…”
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Experimental Study on RC Deep Beams with Non-Prestressed Tendons as Main Reinforcement by Seyed Mohammad Reza Mortazavi, Milad Shakiba

“…The theoretical model was able to predict the experimental load-deflection curves almost accurately. Therefore, it was demonstrated that the same concepts of the normal reinforced concrete beams can be applied for reinforced concrete beams using tendons as main reinforcement for both stiffness and strength calculations. …”
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