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Chair
of Architectural Structures
Brief
information about the Chair
The Chair of Architectural
Structures specialises in providing professional training in the
fields of Architecture of Buildings and Structures and Structural
Physics for students majoring in:
6.1201 "Architecture";
6.0921 "Construction";
6.0926 "Water Resources";
6.0916 "Chemical Technology
and Engineering";
6.0502 "Management";
6.1004 "Transportation
Technologies".
Students major in all areas of expertise take theoretical course
and complete graphic and calculations assignments.
Theoretical and practical courses in architectural structures
and structural physics have been taught since 1945.
Nowadays students study 3-D planning of the structure, buildings,
exterior appearance and interior in terms of finding constructive
solutions; all types of structures and their part in developing
3-D layouts and finding architectural-artistic solutions. Future
experts study physical phenomena and processes in the structures
of buildings related to heat and light transition.
The Chair is involved in the following research activities:
Researching the issues of
structural physics associated with improving comforts of artificial
environment;
Researching heat consumption
and developing limitations of power consumption;
Researching and developing
power efficient technologies and applying them for external and
internal heat insulation of protective construction structures.
Address: 12 S. Bandera Street, Suites 314,
315, 316, 317a, Lviv Phones: (0322) 398-542, 398-614.
Management and
Faculty
1.
Candidate of Technical Sciences, Assistant Professor, Head of
the Chair, O.M. Pechenyk;
2. Candidate of Technical Sciences, Assistant Professor, M.O.
Brodskiy;
3. Candidate of Sciences in Architecture, Assistant Professor,
G.V. Kazakov;
4. Candidate of Technical Sciences, Assistant Professor, Yu.I.
Kochetkov;
5. Candidate of Technical Sciences, Assistant Professor, P.P.
Kramarchuk;
6. Candidate of Technical Sciences, Assistant Professor, Yu.V.
Petrenko;
7. Candidate of Technical Sciences, Assistant Professor, Z.M.
Rutkovskiy;
8. Senior Lecturer, V.P. Lagush;
9. Senior Lecturer, E.A. Nesterovych;
10. Senior Lecturer, L.O. Shuldan;
11. Senior Lceturcr, M.B. Yalsiv;
12. Assistant Lecturer, S.I. Agne.
Staff of the Chair
1.
Manager of the Lab, I.V. Stascvych;
2. Senior Laboratory Assistant, N. Ye. Glavatska;
3. Engineer L.G. Kysykh.
Chair of the Architectural
Structures
Course Outline for the
Bachelor's Degree
Science of architectural materials
Introduction into nomenclature and properties of materials and
manufacturing architectural and construction products based on
these materials. Using interchangeable materials and major concepts
of synthesising new materials to meet architectural functional
requirements, interaction between materials, structures and architectural
form.
(2nd semester - 30 academic hours of lectures, 30 hours of laboratory
practical training, final-examination. Candidate of Technical
Sciences, Assistant Professor, M.O. Brodskiy).
Practical training course in the laboratory
M-1. Identifying aesthetic properties of support materials and
equipment.
M-2. Operational-technical properties of materials. Identifying
strength of materials by means of indirect experimental methods.
M-3. Air-conducting properties of materials and structures. Steam-insulation
materials. Identifying the degree of air conducting (based on
example of a bricklayer of different thickness).
M-4. Identifying the sort of wood and types of natural stone,
wooden and stone products.
M-5. Identifying type of ceramics and glass and ceramic and glass
products.
M-6. Metals and alloys. Identifying type of reinforcing-bar steel
and reinforced concrete, as well as types of rolled products.
M-7. Heat deterrent properties of materials. Materials and products
used for prospective structures. Identifying coefficient of heat
conductivity of wood, concrete, plaster, glass wool and metal.
M-8. Identifying weight and structural features of artificial
materials and stones. Types and applications of concrete.
M-9. Identifying defects of outward appearance of products manufactured
from materials.
M-10. Means of protecting surface of materials. Identifying type
of surface coating and degree of surface destruction under the
impact of environment. Hydro-insulation materials.
M-11. Method of quality control. Plastic products (materials).
Rolled coating for floors and walls.
M-12. Acoustic and heat-insulation materials and products. Identifying
the efficiency of soundproof casing from different materials.
M-13. Optical properties of materials. Identifying coefficient
of light reflection and transmission in terms of materials and
structures.
M-14. Identifying coefficient of heat radiation reflection and
transmission in terms of materials. Types of heat-reflecting glass.
M-15. Nature of humidity and temperature distribution in different
materials. Experimental studies to identify and drawing diagrams
of temperature distribution in brick layer windows and floors.
Rigging materials for students majoring in design
Identifying properties and quality indices of materials, products,
including rigging materials. Materials and technologies of developing
forms. Impact of the science of colours, concepts of structural
physics and developing design shapes. Ways of synthesising new
materials to meet design needs.
Laboratory practical training
O3-1. Identifying aesthetic properties of rigging materials. Compatibility
of materials with other materials.
O3-2. Operational-technical properties of materials. Experimental
studies to identify strength using non-destructive methods. Strength
and durability of design objects.
O3-3. Identifying air-conducting properties of materials and products.
Impact of air pressure on design objects.
O3-4. Identifying heat-reflecting properties of materials on examples
of wood, concrete, plaster, metal and glass wool.
O3-5. Artificial stones - types and applications. Identifying
weight and structural characteristics of artificial stones and
materials.
O3-6. Identifying defects of outward appearance of materials and
products manufactured from these materials.
O3-7. Protecting surface of materials and products from the impact
of environment. Identifying protective coating on the stage of
destruction of materials' and products' surfaces.
O3-8. Optical properties of materials. Identifying degree of light
and heat reflection, absorption and transmission in terms of different
materials.
Practical training course
1. Fundamentals of the science of colours. Changes in colours
caused by lighting. Combining optical colours and decorative paints.
Treatment of light and shade. Colour and compositions. Correlation
of colours.
2. Types of wood and types of natural stone. Products and sculpture
from wood and natural stone.
3. Types of ceramics and glass. Products and sculpture from ceramics
and glass. Stained-glass windows.
4. Metals and alloys. Types of metal products. Types of Metae.
Reinforcing-bar steel. Peculiarities of casting and manufacturing
parts and sculptures from metal.
5. Method of quality control. Facing and rigging materials and
plastic products. Rolled materials and products.
6. Fundamentals of acoustics. Silencing and sound-reflecting materials
and products from plastic. Soundproof properties of materials.
7. Industrial manufacturing of structures and products from ceramics,
metals, concrete, wood and stone. Products quality control (educational
tour to industrial complex). Producing sculptures and works of
art from glass, metal, ceramics (tour to the factory manufacturing
sculptures in Lviv).
Construction of Buildings and Structures For students majoring
in Architecture
The program of studies includes the following major subjects in
the field of construction and architecture:
1. General concepts and fundamentals of 3-D design solutions for
civil and industrial buildings and structures;
2. Principles of functional fundamentals of designing buildings;
3. Constructive solutions of structural parts, junctions;
4. Fundamentals of designing construction structures and products
from different
construction materials.
(3rd and 4th semesters - 42 academic hours of lectures, 84 hours
of practical training, graphic-calculations assignments, final
test. Senior Lecturer, V.P. Lagush).
Structural Physics For students majoring in Architecture
Objective of the course: theoretical fundamentals necessary for
conducting scientific grounding research of environment physical
parameters and practical skills in improving comforts of life
taking into account functional, volumetric layout, structural,
architectural-aesthetic and economic requirements towards architectural
systems.
The course includes following subjects:
Effective use of natural
power resources and environment protection;
Taking into account
climate factors patterns for designing and developing towns, developing
residential, public and industrial buildings;
Physical processes
of heat and mass exchange in developing protective structures
for buildings and its efficient use in modern conditions;
Arranging lighting
and comprehending basic physiology of vision, patterns of lighting
technology and colours, efficient selection and design of the
systems of artificial and natural lighting;
Developing premises
acoustic environment, soundproof and noise reduction technologies
in architecture and town planning. In the course of studies the
students study:
Fundamentals of construction
climatology, thermal physics, lighting technology and acoustics;
factors that affect formation of comfortable environment;
Functional, hygienic
and form-building part of natural and artificial lighting, peculiarities
of applying lighting to solve rchitectural problems;
Theoretical fundamentals
of engineering methods of calculating and designing lighting systems
for buildings, providing for insulation and sun-shields;
Theoretical fundamentals
of acoustic processes and their applications in modern architecture.
(4th and 5th semesters - 62 academic hours of lectures, 32 hours
of laboratory practical training. Senior Lecturers M.B. Yatsiv,
L.O. Shuldan).
Fundamentals of Ecology For students majoring in Architecture
The course is aimed to teach theoretical and practical fundamentals
of the system "individual + architecture + nature".
Complex issues of improving comforts of life and architectural
environment to meet individuals' needs at the minimum use of natural
fuel and power resources extracted from the bowels of earth. Ecology
in solving the above-named complex issue through climatology,
bionics, helium-, heat- and lighting technologies, unconventional
power sources in construction engineering and folk architecture.
One of the main parts of the course is conducting research and
practical training in the field of ecological features of architectural
objects with the help of laboratory pilot stations "aerodynamic
pipe" and "artificial sun". The urgency of the
issue grows every year considering current ecological crisis.
(7th semesters - 14 academic hours of lectures, 14 hours of practical
training, final test. Candidate of Sciences in Architecture, Assistant
Professor, G.V. Kazakov).
Power-Efficient Architecture For students majoring in Architecture
The objective of the course is to help students develop approach
towards efficient use of power resources in town planning and
architectural design projects based on new common limitations
of power consumption for housing, public and industrial purposes.
The goal of the course is to direct students to exercise creative
approach towards implementation of architectural design solutions
into the construction engineering based on power-efficient technologies
and applying highly efficient materials.
(9th semester - 28 academic hours of lectures, 28 hours of practical
training, final examination.
Candidate of Technical Sciences, Assistant Professor, O.M.Pechenyk).
Other chairs
Comprehensive education:
Narrow education:
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National
University "Lvivska Polytechnica"
