- Fundamentals in Numerical Modeling methodology of PSC Box Girder Bridge
- Typical Construction Stage Sequence in PSC Box Girder Bridges
- PSC Box Girder Design as per EN 1992 in midas Civil
- Course Completion Certificate
- midas Civil for Intermediate: Course Overview 00:03:47
- What to Expect from the midas Civil Intermediate Course? 00:04:33
- midas Civil Download & Installation 00:00:00
- License & Registration 00:02:03
- How to Use the On-line Manual 00:01:26
- Longitudinal Analysis: Overview 00:02:38
- Fundamentals of PSC Box Girder Bridge 00:06:03
- Bridge Project Overview 00:04:10
- Material and Section Properties Definition 00:03:38
- Geometry Generation 00:13:40
- Why Construction Stage Analysis? 00:06:21
- Construction Stage Group Definition 00:04:32
- Boundary Definition 00:18:34
- Load Calculation 00:02:37
- Static Load Definition 00:07:04
- Prestress Load Definition 00:20:36
- Temperature Load Definition 00:06:53
- Understanding Moving Load Analysis 00:08:12
- Moving Load Definition 00:04:42
- Construction Stage Formulation 00:11:22
- Result Interpretation 00:15:51
- Transverse Analysis: Overview 00:01:18
- Introduction & Need for Transverse Analysis 00:04:49
- Model Generation 00:08:30
- Result Interpretation 00:04:33
- Ultimate Limit State Design: Overview 00:01:46
- Load Combination 00:04:15
- Ultimate Limit State: Flexure 00:19:47
- Ultimate Limit State: Shear 00:10:29
- Ultimate Limit State: Torsion 00:06:56
- Serviceability Limit State Design: Overview 00:00:58
- Stress for Cross Section at CS & Service Load 00:05:04
- Tensile Stress for Tendons & Principal Stresses 00:06:08
- Crack Control and Deflection Checks 00:06:38
- Substructure Modelling: Overview 00:01:17
- Geometric Model of Pier & Pile Foundation 00:14:51
- Soil Structure Interaction with Pile Springs 00:06:43
- Critical Loads for Substructure 00:31:19
- Result Interpretation 00:09:56
- Substructure Design Eurocode Overview 00:00:50
- Design of Pier : Biaxial Check 00:13:51
- Design of Pier: Irregular Section 00:12:05
- Design of Pile in midas Civil 00:03:38
- General Instruction for Task to be completed for Certification
- Assessment Q & A for Academy Intermediate Course 00:00:00
- Task: 3 Span PSC Box Girder Bridge Tutorial
- Supporting files
- Course Feedback Survey 00:00:00
- Basic Understanding of Finite Element Software
- Eurocode Standards: EN 1991 for Loads & EN 1992 for Design
- Self Practice and Exploration with the Software after each Session
Complete Modelling, Load Definition, Construction Sequence, Analysis & Design of 3 Span PSC Box Girder Bridge.
Training will be provided with step-by-step guidance for Engineers to model.
A temporary Training License will be provided, so we strongly recommend the attendees to follow through the session with their Laptop/ Computer.
After you Start the Lesson,from "My Courses" follow the Step below to obtain the Training License:
1) Complete Assessment Quiz Q & A
2) Task: Follow Tutorial & Upload .mcb File
3) Download Certificate
Click Here to Know More on Procedure for Certification
- 24 Courses
Hi, I am Suman Dhara, currently with Midas IT as Sr. Structural Engineer. midas Civil is one of the best Bridge Analysis Program. Once a user gains command over the software, it is as flexible as one wishes to use the software. With this course the engineer can have a first-hand experience and appreciate the real benefits of midas Civil.
Write a public review