MASTER IN CIVIL ENGINEERING - Faculdade de Engenharia da ...

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Environmental and Urban Hydraulics Credits Contact Time Total Time 6,5 ECTS 75 174 Objectives, Skills and Learning Outcomes To give to students and future Civil Engineers the fundamental concepts of Environmental and Urban Hydraulics within the Water Cycle component included in the water supply and drainage water systems areas. The main goal is to prepare students and prepare them for the project, for its evaluation, analysis and discussion as well as for the works supervision and exploration of Water Supply Systems’ infrastructures components. Special emphasis will be given to the normative aspects of construction and exploration of the infrastructures’ hydraulic components. Program Water Supply and Drainage Systems and its situation in Portugal. Water for human use. Legislation and Regulations. Quality certification in Water Supply Systems. Elaboration of water supply. Water needs. Flow rate measurement. Pipes materials for water amd drainage systems. Installation. Water treatment supply. Water Hammer in Pumping Systems. Regularization and Storage. Water supply lift station. Delivery. Water Disinfection during transport. Wastewater sewage. Transportation of Wastewater under pressure. Wastewater lift station. Wastewater treatment. Wastewater flow rate measurement. Discharge of effluents. Sludge Final destiny. Remote management. Maintenance of Water Supply and Drainage Systems. Master in Civil Enginerring Page 8
Construction Monitoring and Observation Program Credits Contact Time Total Time 5 ECTS 52,5 133 Introduction. History of Structural Engineering. Test Purposes. Metrology. Measurement methods. Quality of Data – Uncertainty and errors. Instrumentation and Data systems: transducers and sensors. Accuracy, resolution and range. Signal conditioning and data transmision. Displacement transducers: Dial gages, LVDt and potenciometers. Strain-Measurement Methods. Types of Strain-Gages: mechanical, electrical and accustical (vibrating wire). Electrical-resistance strain-gages: strain sensitivity; gage construction, adhesives and mounting methods; gage sensitivities and gage factor; enviromental effects. Weatstone bridge circuit. Effect of lead wires. Load cells. Temperature sensing devices:thermocouples, thermitors and RTDs. Structural observation and monitoring. Materials characterization tests. Load tests. Non-destructive testing for diagnosis and structural evaluation. Ultrasonic testing. Resistivity measurement. Electromagnetic methods of testing. Case studies and applications. Instrumentation and monitoring of geotechnical works. Measurement of superficial displacements: topographical mehods and convergences. Measurement of internal displacements. Total pressures measurement. State of stress determination using load cells. Pore water pressure measurement: hydraulic piezometers, pneumatic piezometers and electric piezometers. Master in Civil Enginerring Page 9
Page 1 and 2: MASTER IN CIVIL ENGINEERING The Mas
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Page 5 and 6: Structural Analysis I Credits Conta
Page 7 and 8: Soil Mechanics I Credits Contact Ti
Page 9: Structural Concrete I Credits Conta
Page 13 and 14: 2.3 - Sizing recommendations: Fib (
Page 15 and 16: coefficients. Equivalent moment coe
Page 17 and 18: To learn the elaboration and the or
Page 19 and 20: Quality in Construction Credits Con
Page 21 and 22: Planning and Environmental Quality
Page 23 and 24: Railways Credits Contact Time Total
Page 25 and 26: Maritime Works 2 Credits Contact Ti
Page 27 and 28: Structural Analysis II Credits Cont
Page 29 and 30: Soil Mechanics II Credits Contact T
Page 31 and 32: Structural Concrete II Credits Cont
Page 33 and 34: Hydrology and Water Resources Credi
Page 35 and 36: Urban Environment and Transport Pla
Page 37: Master in Civil Engineering Thesis

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