MODELING OF REINFORCING LAYER OF COMPOSITE PRODUCT WITH PREDETERMINED STRESS STATE
Annotation
The problem of identification of stress-strain state of the reinforcing winding for small products from composite materials is considered. An analytical dependence is revealed between the winding layer pressure, from one side, and the yarn tension and a parameter characterizing the rate of winding thickness change, from the other.
Keywords
Постоянный URL
Articles in current issue
- PROBABILISTIC METHOD FOR CALCULATION OF PRECISION PARAMETERS OF INVOLUTE CYLINDRICAL GEAR
- TOOTHED-ROD BEVEL GEARS
- MINIMIZATION OF VIBRATION FOR OPTOMECHANICAL MODULES WITH STEPPER MOTORS
- METHODOLOGY OF TRIBOLOGICAL CHARACTERISTICS OF MATERIALS STUDY WITH FRICTION MACHINE
- EXPRESS EVALUATION OF TRIBOLOGICAL PROPERTIES OF WEAR-RESISTANT MATERIALS
- METHOD FOR DETERMINATION OF PHYSICAL-MECHANICAL PARAMETERS OF ARAMID TORSIONS
- MODELING OF REINFORCING LAYER OF COMPOSITE PRODUCT WITH PREDETERMINED STRESS STATE
- MODELING OF THE PROCESS OF WINDING THREADS ON A RIGID CYLINDER
- FORECASTING OF VERIFICATION INTERVAL FOR GAS ANALYZER BY THE CHANGE IN THE STOCK OF THE METROLOGICAL RELIABILITY
- ACCELERATED TESTING OF STEEL SAMPLES ON THE DURABILITY BY THE ARTIFICIAL BASES METHOD
- BIOETHICAL PROBLEMS OF BIOMECHATRONICS
- MATHEMATICAL SIMULATION OF HUMAN LOWER LIMBS MOVEMENTS
- HUMAN GAIT MODELING IN MATLAB/SIMULINK
- MAP CREATION WITH ROBOTIC SYSTEMS
- COMPARATIVE ANALYSIS OF DYNAMIC VISUAL ACUITY ESTIMATION METHODS
- FINITE ELEMENTS LIBRARY IN THE APPLICATION TO THIN-WALLED SHELLS OF ROTATION