Measurement of the geometric properties of particulate MATERIAL
Statistical methods for assessing the composition of teams čističových, optical and
mechanical processes.
Of mechanical properties of particulate-PHYSICAL MATERIALS
determining the parameters of the internal loss of work, viscosity, friction angles.
MECHANICAL & PHYSICAL PROPERTIES Particular MATERIALS AND THEIR STRUCTURE
the possibility of displaying characteristics of particulate materials in the real model, ideal
particulate matter, specifications and technical implications of differences.
Processes with vested MATERIALS
models describe processes taking place in communities particle production possibilities
čističových teams and ongoing stabilization process.
Deterministic model of the structure and NEDETMINISTICKÉ Particle
statistics and probability in the construction of the structure of particular materials.
TECHNICAL PRINCIPLES APPLIED IN MECHANICAL PROCESSES
overview of technical principles and simulation models.
Statistical methods for assessing the composition of teams čističových, optical and
mechanical processes.
Of mechanical properties of particulate-PHYSICAL MATERIALS
determining the parameters of the internal loss of work, viscosity, friction angles.
MECHANICAL & PHYSICAL PROPERTIES Particular MATERIALS AND THEIR STRUCTURE
the possibility of displaying characteristics of particulate materials in the real model, ideal
particulate matter, specifications and technical implications of differences.
Processes with vested MATERIALS
models describe processes taking place in communities particle production possibilities
čističových teams and ongoing stabilization process.
Deterministic model of the structure and NEDETMINISTICKÉ Particle
statistics and probability in the construction of the structure of particular materials.
TECHNICAL PRINCIPLES APPLIED IN MECHANICAL PROCESSES
overview of technical principles and simulation models.