МКМ публикует результаты оригинальных экспериментальных и
теоретических исследований свойств и поведения композитных
материалов, а также матриц и волокон. Особое внимание уделяется
следующим проблемам:
— разрушение и усталость композитных материалов (их виды и причины, длительная прочность, кинетика разрушения на всех его стадиях, механизм разрушения контактных областей между компонентами в композитах, методика расчета и технология изготовления материалов с оптимальными характеристиками сопротивления разрушению);
— методы оптимального проектирования композитныx материалов и конструкций из них;
— прогнозирование длительных свойств;
— вопросы старения, неразрушающий контроль;
— механические аспекты технологии;
— композиты в гражданском строительстве и инфраструктуре;
— механика нанокомпозитов. Editorial Board: A. K. Chate, J. O. Jansons (ass. editor), M. M. Kalniņš, R. D. Maksimov, E. Plūme, R. B. Rikards, G. A. Teters.
Advisory Board: S. D. Akbarov (Turkey), H. Altenbach (Germany), L. Aghalovyan (Armenia), S. A. Ambartsumyan (Armenia), L. Asp (Sweden), A. Bogdanovich (USA), J. Brauns (Latvia), J. Vaa (Sweden), V. V. Vasilyev (Russia), A. N. Guz’ (Ukraine), A. Duda (Germany), A. D. Zamanov (Azerbaijan), I. V. Knēts (Latvia), V. V. Kovriga (Russia), S. T. Mileiko (Russia), V. G. Piskunov (Ukraine), Yu. M. Pleskachevskii (Belarus), B. E. Pobedrya (Russia), V. A. Polyakov (Latvia), G. G. Portnov (Latvia), R. Talreja (USA), K. S. Han (Korea), W. Hwang (Korea), N. Shcherbina (Ukraine), O. R. Yurkevich (Belarus). Содержание
S. A. Regirer, P. I. Usik, I. V. Cheova. Mathematical description of the properties of muscle tissue
S. A. Regirer, I. M. Rutkevich, P. I. Usik. Model of vascular tonus
F. K. Agashin. Regularity of statistical biomechanics
R. V. Belyakov. Deformative properties of contractile polymeric structures — Artificial muscles
A. M. Vysotskii. Physical properties of knee joint ligaments of mammals in regard to their structural features
Yu. A. Gagin. Mathematical model of muscular contraction with a ccount of excitability
Yu. S. Levik. The effect of the successivity of activating pulses on the contractile properties of a muscle
E. I. Pal'tsev. Theoretical study of some features of the dynamic behavior of skeletal muscle as a unidimensional viscoelastic medium
Yu. A. Khoroshkov. Ultrastructural elements of the strength of the muscle-tendon junction
A. Morecki, K. Fidelus, K. Kedzior. Study and modeling of biomechanical properties of skeletal muscles
I. V. Knet-s, Yu. K. Vilks. Creep of compact human bony tissue under tension
Yu. G. Abramov. Strength of fresh bone and bone preserved by freezing
V. N. Butryakov, G. Ya. Panovko, B. A. Potemkin. Determination of the elastic and damping properties of the human femur in bending
S. A. Korsakov, G. A. Savostin. Comparative performance of living and dead bony tissue under static and dynamic loading
Yu. Zh. Saulgozis. Differences and correlations between the elastic characteristics of the compact bone tissue of the human tibia
A. A. Uten'kin. Anisotropy of compact bone tissue under impact loading
H. Vinz. Change in the mechanical properties of human compact bone tissue upon aging
G. Lénart, J. Pintér, G. Rushak. Effect of compression on bone tissue crystals
A. Ascenzi, E. Bonucci. Micromechanical investigation of osteons with crossed lamellae
V. V. Dzenis, A. A. Merten, V. K. Bekhard, V. V. Shumskii. Use of ultrasonic surface waves for studying the properties of the human tibia
V. N. Butryakov, G. Ya. Panovko, B. A. Potemkin, G. A. Safarishvili. Investigation of the propagation of vibrations through the human femur
I. V. Knet-s, U. É. Krauya, Yu. K. Vilks. Acoustic emission in human bone tissue subjected to longitudinal extension
A. P. Sarvazyan. Low-frequency acoustic characteristics of biological tissues
B. A. Purinya, V. A. Kas'yanov. Mechanical properties of the wall of the human abdominal aorta after endarterectomy
A. D. Valtneris. Effect of psycho-emotional stress and physical activity on change in the mechanical properties of the artery walls with age
V. A. Kas'yanov, A. F. Kregers. Differences in the deformation and strength properties of human large blood vessels as a function of location, loading direction, and age
A. A. Sinitsyn, V. V. Lavrent'ev, N. N. Firsov. Rheological properties of the human great saphenous vein in normal subjects and in the presence of varicose conditions
É. É. Tseders, L. I. Slutskii, B. A. Purinya. Connection between the mechanical characteristics of the human abdominal aorta and its biochemical composition
Yu. A. Yartsev. Morphological and functional aspects of the study of some mechanical properties of the human aorta
Ya. V. Volkolakov, S. N. Tkhor, M. A. Skuin'. Clinical evaluation of biotissues and synthetic prostheses in the reconstruction of the abdominal aorta and the arteries of the lower extremities
V. S. Livshits. Rate of resorption of polymeric implants in relation to biological fluid hydrodynamics
N. I. Ostretsova, A. N. Neverov. Study of the physicomechanical properties of various types of biotissues for the purpose of selecting alloprosthetic material
I. B. Rozanova. Hydrodynamics of artificial heart valves
B. B. Stroganov, K. K. Livanov, E. V. Smurova. Calculation of the stresses in the cusp of a leaflet heart-valve prosthesis
R. Ts. Margulis, I. M. Skobeleva. Flow of a viscous fluid in a deformable valved tube in the presence of gravity
A. K. Tsaturyan. Electrical simulation of the circulatory system
— разрушение и усталость композитных материалов (их виды и причины, длительная прочность, кинетика разрушения на всех его стадиях, механизм разрушения контактных областей между компонентами в композитах, методика расчета и технология изготовления материалов с оптимальными характеристиками сопротивления разрушению);
— методы оптимального проектирования композитныx материалов и конструкций из них;
— прогнозирование длительных свойств;
— вопросы старения, неразрушающий контроль;
— механические аспекты технологии;
— композиты в гражданском строительстве и инфраструктуре;
— механика нанокомпозитов. Editorial Board: A. K. Chate, J. O. Jansons (ass. editor), M. M. Kalniņš, R. D. Maksimov, E. Plūme, R. B. Rikards, G. A. Teters.
Advisory Board: S. D. Akbarov (Turkey), H. Altenbach (Germany), L. Aghalovyan (Armenia), S. A. Ambartsumyan (Armenia), L. Asp (Sweden), A. Bogdanovich (USA), J. Brauns (Latvia), J. Vaa (Sweden), V. V. Vasilyev (Russia), A. N. Guz’ (Ukraine), A. Duda (Germany), A. D. Zamanov (Azerbaijan), I. V. Knēts (Latvia), V. V. Kovriga (Russia), S. T. Mileiko (Russia), V. G. Piskunov (Ukraine), Yu. M. Pleskachevskii (Belarus), B. E. Pobedrya (Russia), V. A. Polyakov (Latvia), G. G. Portnov (Latvia), R. Talreja (USA), K. S. Han (Korea), W. Hwang (Korea), N. Shcherbina (Ukraine), O. R. Yurkevich (Belarus). Содержание
S. A. Regirer, P. I. Usik, I. V. Cheova. Mathematical description of the properties of muscle tissue
S. A. Regirer, I. M. Rutkevich, P. I. Usik. Model of vascular tonus
F. K. Agashin. Regularity of statistical biomechanics
R. V. Belyakov. Deformative properties of contractile polymeric structures — Artificial muscles
A. M. Vysotskii. Physical properties of knee joint ligaments of mammals in regard to their structural features
Yu. A. Gagin. Mathematical model of muscular contraction with a ccount of excitability
Yu. S. Levik. The effect of the successivity of activating pulses on the contractile properties of a muscle
E. I. Pal'tsev. Theoretical study of some features of the dynamic behavior of skeletal muscle as a unidimensional viscoelastic medium
Yu. A. Khoroshkov. Ultrastructural elements of the strength of the muscle-tendon junction
A. Morecki, K. Fidelus, K. Kedzior. Study and modeling of biomechanical properties of skeletal muscles
I. V. Knet-s, Yu. K. Vilks. Creep of compact human bony tissue under tension
Yu. G. Abramov. Strength of fresh bone and bone preserved by freezing
V. N. Butryakov, G. Ya. Panovko, B. A. Potemkin. Determination of the elastic and damping properties of the human femur in bending
S. A. Korsakov, G. A. Savostin. Comparative performance of living and dead bony tissue under static and dynamic loading
Yu. Zh. Saulgozis. Differences and correlations between the elastic characteristics of the compact bone tissue of the human tibia
A. A. Uten'kin. Anisotropy of compact bone tissue under impact loading
H. Vinz. Change in the mechanical properties of human compact bone tissue upon aging
G. Lénart, J. Pintér, G. Rushak. Effect of compression on bone tissue crystals
A. Ascenzi, E. Bonucci. Micromechanical investigation of osteons with crossed lamellae
V. V. Dzenis, A. A. Merten, V. K. Bekhard, V. V. Shumskii. Use of ultrasonic surface waves for studying the properties of the human tibia
V. N. Butryakov, G. Ya. Panovko, B. A. Potemkin, G. A. Safarishvili. Investigation of the propagation of vibrations through the human femur
I. V. Knet-s, U. É. Krauya, Yu. K. Vilks. Acoustic emission in human bone tissue subjected to longitudinal extension
A. P. Sarvazyan. Low-frequency acoustic characteristics of biological tissues
B. A. Purinya, V. A. Kas'yanov. Mechanical properties of the wall of the human abdominal aorta after endarterectomy
A. D. Valtneris. Effect of psycho-emotional stress and physical activity on change in the mechanical properties of the artery walls with age
V. A. Kas'yanov, A. F. Kregers. Differences in the deformation and strength properties of human large blood vessels as a function of location, loading direction, and age
A. A. Sinitsyn, V. V. Lavrent'ev, N. N. Firsov. Rheological properties of the human great saphenous vein in normal subjects and in the presence of varicose conditions
É. É. Tseders, L. I. Slutskii, B. A. Purinya. Connection between the mechanical characteristics of the human abdominal aorta and its biochemical composition
Yu. A. Yartsev. Morphological and functional aspects of the study of some mechanical properties of the human aorta
Ya. V. Volkolakov, S. N. Tkhor, M. A. Skuin'. Clinical evaluation of biotissues and synthetic prostheses in the reconstruction of the abdominal aorta and the arteries of the lower extremities
V. S. Livshits. Rate of resorption of polymeric implants in relation to biological fluid hydrodynamics
N. I. Ostretsova, A. N. Neverov. Study of the physicomechanical properties of various types of biotissues for the purpose of selecting alloprosthetic material
I. B. Rozanova. Hydrodynamics of artificial heart valves
B. B. Stroganov, K. K. Livanov, E. V. Smurova. Calculation of the stresses in the cusp of a leaflet heart-valve prosthesis
R. Ts. Margulis, I. M. Skobeleva. Flow of a viscous fluid in a deformable valved tube in the presence of gravity
A. K. Tsaturyan. Electrical simulation of the circulatory system