Material Strength Fundamental Sciences System

by

© Ph. D. & Dr. Sc. Lev Gelimson

Material Strength Fundamental Sciences System (Essential)

Fundamental Material Strength Sciences: Theories and Applications

Fundamental Material Strength Sciences

General Power Strength Sciences (Essential)

General Power Strength Sciences

Strength Criteria Generally Considering Influence of Pressure and the Intermediate Principal Stress (Essential)

Uniform Stress Fundamental Science (on Strength Criteria Generally Considering Influence of Pressure and the Intermediate Principal Stress)

Regarding the Ratio of Tensile Strength to Shear Strength in Fundamental Strength Sciences

Strength Criteria Generally Considering Relations Between the Shear and Normal Limiting Stresses (Essential)

Shear to Normal Stress Fundamental Science (on Strength Criteria Generally Considering Relations between the Shear and Normal Limiting Stresses)

Generalized Reserve Determination Methods

Fundamental Material Strength Sciences (of Universal Stresses & Laws and Their Testing)

Quintessence

Fundamental Science of Universal Stresses by Static Loading

Quintessence

Main Monographs

Necessity and Usefulness of Fundamental Science of Universal Stresses by Static Loading, or Principal Shortcomings and Domains (Ranges) of Applicability and Adequacy of Usual Stresses and Stress Transformation Methods by Static Loading

Fundamental Theory and Methods of Universal Stress Transformation

Fundamental Theory and Methods of Universal Stress Transformation for an Isotropic Material with Equal Strength in Tension and Compression

Fundamental Theory and Methods of Universal Stress Transformation for an Isotropic Material with Unequal Strengths in Tension and Compression

Fundamental Theory and Methods of Universal Stress Transformation for an Orthotropic Material when Its Basic Orthotropy Directions Coincide with the Principal Directions of a Stress State

Fundamental Theory and Methods of Universal Stress Transformation for an Anisotropic Material

Physical Sense, Testing, and Applications of Fundamental Science of Universal Stresses by Static Loading

Fundamental Science of Universal Stresses by Variable Loading

Quintessence

Main Monographs

Necessity and Usefulness of Fundamental Science of Universal Stresses by Variable Loading, or Principal Shortcomings and Domains (Ranges) of Applicability and Adequacy of Usual Stresses and Stress Transformation Methods by Variable Loading

Fundamental Theory and Methods of Uniaxial Universal Stress Processes and Their Reserves

Fundamental Theory and Methods of Synchronously Universalizing a Uniaxial Stress Process

Fundamental Theory and Methods of Defining and Determining a Cyclic Uniaxial Universal Stress Process Equidangerous to a Real Uniaxial Universal Stress Process

Fundamental Theory and Methods of Defining and Determining the Triaxial Universal Stress Processes Stationarily Safe

Fundamental Theory and Methods of Vectorial Representation of a Uniaxial Universal Stress Process

Fundamental Theory and Methods of Defining and Determining the Triaxial Universal Stress Processes Variably Safe

Fundamental Theory and Methods of Defining and Determining the Triaxial Universal Stress Processes both Stationarily and Variably Safe

Physical Sense, Testing, and Applications of Fundamental Science of Universal Stresses by Variable Loading

Fundamental Science of Universal Strength Laws of Nature

Quintessence

Main Monographs

Necessity and Usefulness of Fundamental Science of Universal Strength Laws of Nature, or Principal Shortcomings and Domains (Ranges) of Known Strength Criteria

Fundamental Principles, Methods, and Theories of Correction and Generalization of Initial Strength Criteria

Fundamental Theory of Linear Universal Strength Laws of Nature

Fundamental Theory of Nonlinear Universal Strength Laws of Nature

Physical Sense, Testing, and Applications of Fundamental Science of Universal Strength Laws of Nature

Popular

Strength and Fracture Laws of Nature

Fundamental Strength Sciences: First Explaining Bridgman's Effect

Realistic Reserves

On Analytic Macroelement Methods and Fundamental Strength Sciences (in Russian)

Philosophic Significance of Fundamental Strength Sciences