Introduction to Structural Management (2500047) – Course 2024/25 PDF
Contents
Critical analysis of the main defects and pathologies most common in civil engineering and building structures through real examples. Most important points to take into account when doing the first visual inspection of a damaged structure The most common ways of reflecting the results of an inspection report are presented, including an initial diagnosis of the possible causes of the damage. To this end, helpful bibliographic materials are presented Defects in the project phase (design of the structure, calculation and dimensioning) Defects in the quality of materials. Defects in execution phase: falsework, formwork, construction detailing
Dedication
9h Large group + 12h 36m Self StudyPrinciples of operation of the most common non-destructive testing techniques in concrete structures and their accuracy and field of application. Core drilling of samples: main applications and influence of various parameters on the result of the compression test of samples Methods for estimating the compressive strength of concrete based on the measurement of surface hardness, mainly focusing on the main factors that may influence the test result Ultrasonic methods for determining the resistance and modulus of deformation of hardened concrete are presented. The main factors that may affect the results and their interpretation are also discussed. Tests to determine durability: carbonation, chloride content, porosity
Dedication
10h Large group + 14h Self StudyMain methods of non-destructive testing of steel structures: penetrating liquids, magnetic particles, ultrasound, radiography, acoustic emission.
Dedication
2h Large group + 2h 48m Self StudySynthesis. Comparison and criteria of applicability of the different non-destructive testing methods
Dedication
1h Large group + 1h 24m Self StudyObjectives and types of load tests. Static load test. Verification of structural models. Loading tools. Measuring instruments. Interpretation of results. Dynamic test. Means of dynamic excitation of structures. Main vibration measuring instruments. Interpretation of results.
Dedication
2h Large group + 1h 30m Laboratory classes + 4h 54m Self StudyObjectives of surface preparation. Mechanical, thermal and chemical methods Inorganic-based, organic-based mortars and concretes (organic polymers) and additives with thermoplastic and thermoset polymers
Dedication
2h Large group + 2h 48m Self StudyIntroduction to the reinforcement of structures. Variables to consider in structural repair and strengthening Wrapping methods for strengthening members in compression and bending , as well as other bending reinforcement methods are studied.
Dedication
3h Large group + 4h 11m Self StudyExplanation on how changes in the structural scheme of load transmission should be taken into account Reinforcement of compressed elements. Angles and clips. Wrapping of compressed members. Execution. Reinforcement of bending elements. Specific details
Dedication
3h Large group + 4h 11m Self StudyIntroduction to exterior prestressing. Main application problems: construction of deviators and anchorages. Measures for cable protection. Calculation problems Introduction to composite materials. Main types of composite materials. Methods of application of reinforcement in compressed and bending elements. Modes of failure. Failure by delamination and peeling
Dedication
3h Large group + 4h 11m Self StudyShallow reinforcement acting on the foundation structure. Shallow reinforcement acting on the foundation ground. Improvement of ground conditions, superficial and deeper Terrain sewing techniques Concept of deep strengthening. Micropiles. Jet grouting. Load transfer mechanisms from the actual structure to the reinforcement
Dedication
4h Large group + 5h 36m Self StudyLoads considered. Types of joints and pins Typical defects in the execution phase: poured thicknesses, reinforcement and position. Characterization of concrete. Work stresses to consider Techniques for maintenance and repair of concrete pavements. Crack repair. Joint repair. Calculation of required thickness
Dedication
3h Large group + 1h 30m Laboratory classes + 6h 18m Self Study