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THE CONCEPT OF THE LOAD MODEL. FOCUSED, VOLUME AND DISTRIBUTED FORCES
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› Physical and chemical disciplines
› Strength of materials
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Types of forces - volumetric, concentrated and distributed forces
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Lectures and tutorial on "Strength of materials"
Terms: Strength of materials
MAJOR HYPOTHESES OF MATERIAL RESISTANCE
DESIGN CIRCUIT
INNER FORCES
CLASSIFICATION OF EXTERNAL FORCES
METHOD OF SECTIONS (ROSE)
CONSTRUCTION OF EPYURES OF INTERNAL POWER FACTORS
DIAGRAMS OF INTERNAL EFFORTS
CONCEPT OF STRESSES
DEFINITION CONCEPTS
TYPES OF FORCING (OR TYPES OF DEFORMATION OF THE ROD)
THE MAIN CONDITION OF STRENGTH. ALLOWABLE VOLTAGE. HARDNESS CONDITION
EXTENSION - COMPRESSION
STRESSES AND STRENGTH CALCULATION
DEFORMATION AND MOVEMENT DURING STRETCHING - COMPRESSION
STATICALLY UNCERTAIN TASKS
TORSION
CONSTRUCTION OF EPYUR TURNING MOMENTS
STRESS AND STRENGTH CALCULATION
GEOMETRICAL CHARACTERISTICS OF FLAT SECTIONS
STATIC MOMENTS OF SECTION
MOMENTS OF INERTIA SECTION
MOMENTS OF RESISTANCE SECTION
RATIONAL FORMS OF TRANSVERSE SECTIONS
BEND
BENDING TENSION AND CALCULATION OF BARS FOR STRENGTH
CONSTRUCTION OF EPURIES OF BENDING MOMENTS
DETERMINATION OF MOVEMENTS IN STATICALLY DEFINABLE SYSTEMS. CALCULATION FOR HARDNESS
DETERMINATION OF MOVEMENT BY THE MORA METHOD
RULE VERSCHAGAGINA
EXAMPLES OF DEFINITION OF BENDING MOVEMENTS
DIFFICULT LOADING
KOSOY BEND
EXTERNAL EXTENSION - COMPRESSION
BENDING WITH ROUND SHAFTS
CALCULATION FOR DURABILITY OF A SPATIAL FRAME WITH A BRAKE AXIS
STABILITY OF COMPRESSED RODS
DETERMINATION OF CRITICAL FORCE BY EULER FORM
DETERMINATION OF CRITICAL POWER BY MEANS OF EMPIRICAL FORMULA
PRACTICAL CALCULATION METHOD FOR STABILITY
DETERMINATION OF CRITICAL POWER BY MEANS OF A DIFFERENTIAL EQUATION (EXACT METHOD OF DEFINITION Rcr).
ENERGY METHOD FOR DETERMINING CRITICAL POWER
KEY NOTES ACCEPTED IN THE FORMAT
CLASSIFICATION OF BODIES (STRUCTURAL ELEMENTS) BY GEOMETRIC SIGN
THE CONCEPT OF THE LOAD MODEL. FOCUSED, VOLUME AND DISTRIBUTED FORCES
CLASSIFICATION OF RELATIONSHIPS AND REACTIONS
The concept of stress at a point. Major sites and major stresses. Types of stress at the point
2. Linear stress state
3 Flat stress
4. Volumetric stress state
5. Deformed state at a point
6. Tests for the topic “Fundamentals of the theory of stress and strain”
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