Structural Design Project 3

Garant předmětu:

Lecturer:

Jan Zeman

Tutor:

Jan Zeman, Alena Zemanová

Supervisor:

Department of Mechanics

Synopsis:

Focus on complex approach to practic design, analysis and optimalization of multi-storey or long-span building structures, or their reconstruction. Analysis of load, functional and technologic requirements, design of load-bearing system alternatives including foundations, preliminary bearing elements dimensions calculation, choice of most suitable version. Detailed statical design of chosen version, calculation, technical report and drawings. Check of bearing and non-bearing structures interaction and assembly techniques. Public presentation.

Requirements:

diligence and desire to develop

Syllabus of lectures:

none

Syllabus of tutorials:

1. Choice of suitable building (architectural study, papers and figures

presented in civil engineering and architectural journals etc.), analysis of building and boundary conditions.

2. Preliminary design of 3 suitable structural systems based on complex

analysis of building.

3. Final design of 3 suitable structural systems based on complex analysis

of building, choice of optimal variation.

4. Analysis and specification of chosen structural system.

5. Working design drawings, calculations and reports for each specialization

(Building Structures, Statics, Building Services, Geotechnics), continuous optimalization of load-bearing structure.

6. Working design drawings, calculations and reports for each specialization

(Building Structures, Statics, Building Services, Geotechnics),

continuous optimalization of load-bearing structure.

7. Working design drawings, calculations and reports for each specialization

(Building Structures, Statics, Building Services, Geotechnics),

continuous optimalization of load-bearing structure.

8. Working design drawings, calculations and reports for each specialization

(Building Structures, Statics, Building Services, Geotechnics), continuous

optimalization of load-bearing structure.

9. Working design drawings, calculations and reports for each specialization

(Building Structures, Statics, Building Services, Geotechnics), continuous

optimalization of load-bearing structure.

10.Working design drawings, calculations and reports for each specialization

(Building Structures, Statics, Building Services, Geotechnics),

continuous optimalization of load-bearing structure.

11.Individual public presentation.

12.Individual public presentation.

13.Individual public presentation.

14.Finalization and completion of the project.

Study Objective:

Students should acquire profound knowledge in the subject area of their thesis. They should be able to creatively apply and develop their knowledge.

Study materials:

[1] Foster Jack Strond: Structure and Fabric, Parts I - III, Longman 1994

[2] Barritt C.M.H.: Advanced Building Construction, Vol 1 - 4, Longman

1991

The source materials are selected by the Structural Design Project supervisor and co-supervisors individually.

Note:

Time-table for winter semester 2024/2025:

Time-table is not available yet

Time-table for summer semester 2024/2025:

Time-table is not available yet

The course is a part of the following study plans:

• Civil Engineering (compulsory elective course, S1 recommendation)
• Civil Engineering (compulsory elective course, S1 recommendation)