actual Problems of Science and Production

University
School of Engineering

Educational program
“Offshore and Coastal Engineering”
Professor Alexander

in 1990th;
The traditional ties are lost;
Industrial enterprises show little interest

facilities;
Insufficient (недостаток) state funding;
Almost no private R&D funding (Почти нет

institutions in higher schools;
Poor ties between state academies and higher

industry management system;
Renewal (re-development) of the industry management system;
Establishment of

gap in construction arrangement & management;
Unsteady pricing principles;
Poor progress in

industry;

Obsolete system of regulatory documents;

Discrepancies (противоречие) between state supervision agencies

hypothesis → experiment → theory

Scientific research (НИР) → prototype (Опытный

of big corporations

Research Companies

- Government programs,
- Government

Development of research methods (theoretical, experimental, computer modeling)

Modeling &

Scientific novelty

Practical significance

Implementation

for architectural and city-planning professional culture and education;

Development of architectural

smaller settlements given the continuous globalization trends;

Information technologies and computer

policy considering the core principles of continuous and safe growth

and economical state of industrial sites and facilities, as well

of thermo-physical and acoustic properties of structures, construction units and

and structural units with due consideration for internal processes, natural

buildings (such as discrete-continual finite element method or discrete-continual variation

natural and man-caused impacts (seismic effects and explosions);

Theoretical basis for

and prediction of their life time and safety in case

Evaluation of spatial variability of physical &mechanical properties of soil;

Influence

materials;

Effective methods for determination of rheological properties of soil;

Development of

soil;

Investigation of soil torsion behavior;

Investigation of soil behavior at combined

Engineering geology, soil mechanics

prevention of negative processes in soils;

Development of engineering and geological

Engineering geology, soil mechanics

materials, concrete and grout;

Acceleration of concrete strength development, for example,

concrete of 400...600 kg/m3 density to decrease thickness of enclosing

fiber production;

Investigation of previous long-term loading effects onto the mechanical

modes of concretes heat treatment;

Methods of concrete compositions design with

loads and temperatures;

Investigation of materials creeping dependencies;

Development of new light,

specific compositions and their strength in specific operating conditions;

Development and

materials, products and structures in everyday housing construction;
Significant increase of

of concrete and grout strength with application of modifying additives;

Prediction

science;

High technologies and nano-technologies for construction materials;

Functional construction materials for

in construction industry;

Innovations in the field of ceramic materials in

to flat and spatial tasks;

Development of new instruments and methods

in two groups of limit states;

Advanced calculation methods for displacement

process solutions onto mechanical properties of soil bedding;

Improved calculation methods

during construction of high rise buildings of critical importance in

swelling soils;

Development of construction techniques for buildings and structures on

on saline and plaster soils;

Development of construction techniques for buildings

the dynamic impacts on soil;

Improved seismic resistance of beddings, foundations

mechanics with due consideration for actual properties of materials and

and bedding displacement;

Application of centrifugal units for analysis of foundation

of soils and underground structures;

Prediction of soils mechanical properties change

of settled soils;

Application of up-to-date methods for driven piles fabrication

construction & installation operations;

Evaluation of physical and mechanical properties of

deep pits;

Reliable evaluation of physical & mechanical properties of bedding

construction site, soils properties with due consideration for specific tensile

swelling, ever-frozen or poor water-saturated soils, in seismic and karst

area;

Development of measures to prevent damage to buildings due to

structures failures;
Investigation of how work qualify affects the reliability of

structural elements;
Search and substantiation of most efficient structure forms;
Improvement

weld joints quality control;
Implementation of scientific & technical achievements into

for determination of structural life;
Forecasting failure risks;
Experimental research and practical

to perform the required functions under designed regimes and conditions;

and development of efficient calculation methods and experimental studies for

especially on external brick walls;
Protection of structural elements against

bedding and foundation;
Methods of seismic and vibration protection of buildings,

of reinforced bending pre-stressed beams;
Strength of bending reinforced and

state of reinforced bending pre-stressed beams;
Classification of reasons for

of "building-bedding" system;
Development and improvement of spatial calculation methods

and bearing capacity recovery;
Evaluation of "building-bedding" system reliability subject to

in bottomland;
Increased works efficiency and reliability in winter period;
Stimulation of

for soil, underground structures, foundations, soil waters);
Improving, development and implementation

of existing buildings and structures;
Development and implementation of automation system

protection against toxic waste, disposal and recycle of industrial and

of detailed designs upon environmental impact assessment only;
Usage of technologies

to provision of complex safety & fire safety;
Up-to-date utilities and

of bearing frameworks and enclosing structures of high rise buildings;
Total

adjacent to construction area;
Development of measures to prevent damage to