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[Municipal Engineering Technology] 2.Civil Engineering Materials
#ICT# #IOT#

Lesson Code: TCEN2025H019

Clicks：
LIKE
Academic Hours
4.90hours
Publish Date
Oct 2025

Lecturer

1. Lecturer LI TaoShanghai Urban Construction Vocational College

2. Lecturer YANG RuihuaShanghai Urban Construction Vocational College

3. Lecturer LIU TingShanghai Urban Construction Vocational College

4. Lecturer YAN XiaohuiShanghai Urban Construction Vocational College

5. Lecturer WANG HaoShanghai Urban Construction Vocational College

General Introduction
This course is a core foundational course for the Municipal Engineering Technology major. It systematically introduces the properties, applications, and testing technologies of engineering materials. The course covers performance analysis and practical exercises with
materials such as aggregates, cement, asphalt, and steel. It aims to develop students’ professional capabilities in material selection, quality testing, and engineering applications, laying the groundwork for subsequent specialized courses.

This Course is for
1. Helping trainees master the technical properties and testing methods of commonly used engineering materials such as asphalt, concrete, and steel.
2. Equipping trainees with the ability to select materials, perform acceptance testing, and evaluate quality.
3. Helping trainees be familiar with industry standards, and cultivate rigorous professional ethics and a sense of teamwork.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Banks

Recognized By

Benefits of Learning

1. Being able to carry out material tests according to standards (for example, asphalt penetration, concrete compressive strength tests).
2. Being able to correctly select engineering materials and analyze their suitability.
3. Possessing awareness of safety in operations and capability for teamwork.

Courses Videos
1.1-Introduction_1.mp4play1.2-Physical properties of Civil Engineering Materials_1.mp4play1.3-Mechanical Properties of Civil Engineering Materials_1.mp4play1.4-Durability of Civil Engineering Materials_1.mp4play2.1-Technical quality requirements for sand_1.mp4play2.2-Technical quality requirements for gravel_1.mp4play3.1-Technical indexes of cement_1.mp4play3.2-Overview of Concrete_1.mp4play3.3-Technical properties of concrete mixtures_1.mp4play3.4-Technical properties of hardened concrete_1.mp4play3.5-Concrete Admixtures_1.mp4play3.6-Mix proportion design of concrete_1.mp4play3.7-Other functional concretes_1.mp4play3.8- Building mortar_1.mp4play4.1-Lime_1.mp4play4.2-Materials stabilized with inorganic binders_1.mp4play5.1-Classification, composition and colloidal structure of asphalt_1.mp4play5.2-Technical Properties of Bitumen_1.mp4play5.3-Classification and structure of asphalt mixtures_1.mp4play5.4-Technical properties of asphalt mixtures_1.mp4play6.1-Construction steel_1.mp4play6.2-Mechanical and process properties of construction steel_1.mp4play6.3-Composition of steel and its effect on properties_1.mp4play7.1-Test Method of Water Consumption for Normal Consistency of Cement_1.mp4play7.2-Test of Compressive Strength of Cement Concrete_1.mp4play7.3-TensileTest of Steel Bar_1.mp4play7.4-Fine Aggregate Sieving Test_1.mp4play7.5-Asphalk penetration test_1.mp4play7.6-Asphalk ductility test_1.mp4play7.7-Bitumen softening point test (ring-and-ball method)_1.mp4play7.8-Asphalt mixture specimen manufacturing method (compaction method)_1.mp4play7.9-Density test of compacted asphalt mixture (surface dry method)_1.mp4play7.10-Marshall stability test of asphalt mixture_1.mp4play

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