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Civil Engineering Essentials
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Приєднався 31 лип 2022
Programming the Finite Element Method using MATLAB - Part 50: Equivalent Loads (2)
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members.
By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis.
Whether you’re a seasoned civil engineer looking to learn a new software or a student just starting out in the field, this video is designed to give you a comprehensive understanding of how to navigate and utilize Autodesk Robot.
Stay tuned for more videos in this series where we will continue to explore the practical aspects of structural design. Don’t forget to like, share, and subscribe to Civil Engineering Essentials for more educational content!
You can also join the ranks of our members via:
ua-cam.com/channels/FC1n0T1TFMzZdN7jjvM71g.htmljoin
#MATLAB, #matlab, #objectoriented, #oop, #structuralanalysis, #pilegroups, #pilefoundation, #brajamdas, #braja, #das, #principles, #CivilEngineering, #StructuralEngineering, #Autodesk, #GUITutorial, #CivilEngineeringEssentials, #BridgeConstruction, #EngineeringSoftware, #InfrastructureDesign, #StructuralAnalysis, #DesignSoftwareTutorial, #bridgeengineering #structuralengineering #civilengineering #infrastructure #bridgesofinstagram #civilenglife #builttolast #engineeringmarvels #constructionlife
#foundationdesign #girderdesign #pierdesign #cabledesign #stressanalysis #finiteelementanalysis #windloadanalysis #bridgeconstruction #concretebridges #steelbridges
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#youtube #engineeringyoutube #educationalyoutube #lecturestyle #civilengineeringchannel #engineeringschool #subscribe #sharewithfriends
Current Video Ideas for the Future:
- Video on Gap
- Video on Column Buckling in a Real Structural Setting.
- Video about instabilities.
- Advanced Mesh Options
- The Dynamics Series: comparative analysis between robot
- Circular Arrangement of Reinforcement
- Watertank with non-linear hinges.
- 3D elements in Dams or soil-structure interactions
- Basement Walls and the discontinuity of loads on columns
- Influence Surfaces
- When and why modal mass is always 90% or less.
- Tie beams in normal structure.
- More details about modal participation / report?
- Masses and stiffnesses to control modes
- LL Reduction in ACI/ASCE (vertical and horizontal)
- A possible way to model columns with pressure areas
- Raft with larger thickness and positions
- Robot - seemingly - erratic deformation when supported by beams and columns
- Complex and Principle results
- Simple TBM tunnel lining analysis in robot
- Tapered beam steel design
finite element analysis,finite element method,fem,matlab,fem,programming,objectoriented,oop,civilenglife,builttolast,engineeringmarvels,constructionlife,foundationdesign,girderdesign,pierdesign,concretebridges,engineeringstudents,futureengineers,communityoflearners,engineeringyoutube,civilengineeringchannel,engineeringschool,subscribe,materials,engineering,architecture,construction,Civil Engineering,Software,Structural Analysis,Finite Element Method,Autodesk Robot
Timestamps:
0:00 Hello Everyone!
0:55 Eq NL from BarForce
18:51 Eq NL from Distributed
32:40 That's that!
By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis.
Whether you’re a seasoned civil engineer looking to learn a new software or a student just starting out in the field, this video is designed to give you a comprehensive understanding of how to navigate and utilize Autodesk Robot.
Stay tuned for more videos in this series where we will continue to explore the practical aspects of structural design. Don’t forget to like, share, and subscribe to Civil Engineering Essentials for more educational content!
You can also join the ranks of our members via:
ua-cam.com/channels/FC1n0T1TFMzZdN7jjvM71g.htmljoin
#MATLAB, #matlab, #objectoriented, #oop, #structuralanalysis, #pilegroups, #pilefoundation, #brajamdas, #braja, #das, #principles, #CivilEngineering, #StructuralEngineering, #Autodesk, #GUITutorial, #CivilEngineeringEssentials, #BridgeConstruction, #EngineeringSoftware, #InfrastructureDesign, #StructuralAnalysis, #DesignSoftwareTutorial, #bridgeengineering #structuralengineering #civilengineering #infrastructure #bridgesofinstagram #civilenglife #builttolast #engineeringmarvels #constructionlife
#foundationdesign #girderdesign #pierdesign #cabledesign #stressanalysis #finiteelementanalysis #windloadanalysis #bridgeconstruction #concretebridges #steelbridges
#reallifeproject #consultantowned #highwaybridges #lectureseries #deepdive #engineeringeducation #masterthecraft #bridgingthegap #askaneer #engineeringquestions #learnsomethingnew #engineeringstudents #futureengineers #staycurious #joinourjourney #communityoflearners
#youtube #engineeringyoutube #educationalyoutube #lecturestyle #civilengineeringchannel #engineeringschool #subscribe #sharewithfriends
Current Video Ideas for the Future:
- Video on Gap
- Video on Column Buckling in a Real Structural Setting.
- Video about instabilities.
- Advanced Mesh Options
- The Dynamics Series: comparative analysis between robot
- Circular Arrangement of Reinforcement
- Watertank with non-linear hinges.
- 3D elements in Dams or soil-structure interactions
- Basement Walls and the discontinuity of loads on columns
- Influence Surfaces
- When and why modal mass is always 90% or less.
- Tie beams in normal structure.
- More details about modal participation / report?
- Masses and stiffnesses to control modes
- LL Reduction in ACI/ASCE (vertical and horizontal)
- A possible way to model columns with pressure areas
- Raft with larger thickness and positions
- Robot - seemingly - erratic deformation when supported by beams and columns
- Complex and Principle results
- Simple TBM tunnel lining analysis in robot
- Tapered beam steel design
finite element analysis,finite element method,fem,matlab,fem,programming,objectoriented,oop,civilenglife,builttolast,engineeringmarvels,constructionlife,foundationdesign,girderdesign,pierdesign,concretebridges,engineeringstudents,futureengineers,communityoflearners,engineeringyoutube,civilengineeringchannel,engineeringschool,subscribe,materials,engineering,architecture,construction,Civil Engineering,Software,Structural Analysis,Finite Element Method,Autodesk Robot
Timestamps:
0:00 Hello Everyone!
0:55 Eq NL from BarForce
18:51 Eq NL from Distributed
32:40 That's that!
Переглядів: 448
Відео
Programming the Finite Element Method using MATLAB - Part 49: Equivalent Loads (1)
Переглядів 89Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 48: Applying Loads
Переглядів 50Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 47: Quick Debugging and Modification
Переглядів 27Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 46: Calculate Global Stiffness Matrix (3)
Переглядів 46Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members.By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis.Whether you’re a seasoned civil engineer looking to learn a new software or a student just starting ...
Programming the Finite Element Method using MATLAB - Part 45: Calculate Global Stiffness Matrix (2)
Переглядів 37Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 44: Calculate Global Stiffness Matrix (1)
Переглядів 38Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 43: Initializing Analysis Systems
Переглядів 29Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 42: Analysis Planning and Housekeeping
Переглядів 18Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 41: FEMBarBeams (4)
Переглядів 17Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 40: Releases from STRLines (3)
Переглядів 16Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 39: FEMObjects from STRLines (2)
Переглядів 17Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 38: FEMObjects from STRLines (1)
Переглядів 26Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 37: Viewer Update
Переглядів 11Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 36: FEMBarSpring for Supports
Переглядів 14Місяць тому
Hello everyone and welcome to this video series. In this video series, we'll be programming the Finite Element Method for the Linear Static Analysis of Bar Members. By the end of this video series, you would have a fully functioning FEM analysis code to analyze bars via the linear static analysis. Whether you’re a seasoned civil engineer looking to learn a new software or a student just startin...
Programming the Finite Element Method using MATLAB - Part 35: Slave Nodes for Supports
Переглядів 10Місяць тому
Programming the Finite Element Method using MATLAB - Part 35: Slave Nodes for Supports
Programming the Finite Element Method using MATLAB - Part 34: Generating FEM from Nodes
Переглядів 14Місяць тому
Programming the Finite Element Method using MATLAB - Part 34: Generating FEM from Nodes
Programming the Finite Element Method using MATLAB - Part 33: Defining FEMBarSprings
Переглядів 13Місяць тому
Programming the Finite Element Method using MATLAB - Part 33: Defining FEMBarSprings
Programming the Finite Element Method using MATLAB - Part 32: Defining FEMNodes
Переглядів 33Місяць тому
Programming the Finite Element Method using MATLAB - Part 32: Defining FEMNodes
Programming the Finite Element Method using MATLAB - Part 31: Why we need FEMElements?
Переглядів 22Місяць тому
Programming the Finite Element Method using MATLAB - Part 31: Why we need FEMElements?
Programming the Finite Element Method using MATLAB - Part 30: Line Intersections
Переглядів 36Місяць тому
Programming the Finite Element Method using MATLAB - Part 30: Line Intersections
Programming the Finite Element Method using MATLAB - Part 29: Structural Analysis Outline
Переглядів 3232 місяці тому
Programming the Finite Element Method using MATLAB - Part 29: Structural Analysis Outline
Programming the Finite Element Method using MATLAB - Part 28: Reorganizing Main
Переглядів 922 місяці тому
Programming the Finite Element Method using MATLAB - Part 28: Reorganizing Main
Programming the Finite Element Method using MATLAB - Part 27: Improving the Viewer
Переглядів 1212 місяці тому
Programming the Finite Element Method using MATLAB - Part 27: Improving the Viewer
Programming the Finite Element Method using MATLAB - Part 26: Local Coordinates of Members
Переглядів 1002 місяці тому
Programming the Finite Element Method using MATLAB - Part 26: Local Coordinates of Members
Programming the Finite Element Method using MATLAB - Part 25: Connecting Loads to LoadCases
Переглядів 372 місяці тому
Programming the Finite Element Method using MATLAB - Part 25: Connecting Loads to LoadCases
Programming the Finite Element Method using MATLAB - Part 24: Adding Distributed Loads to Controller
Переглядів 482 місяці тому
Programming the Finite Element Method using MATLAB - Part 24: Adding Distributed Loads to Controller
Programming the Finite Element Method using MATLAB - Part 23: Defining Trapezoidal Loads
Переглядів 472 місяці тому
Programming the Finite Element Method using MATLAB - Part 23: Defining Trapezoidal Loads
Programming the Finite Element Method using MATLAB - Part 22: Adding Bar Force to Controller
Переглядів 682 місяці тому
Programming the Finite Element Method using MATLAB - Part 22: Adding Bar Force to Controller
Programming the Finite Element Method using MATLAB - Part 21: Defining a Bar Force
Переглядів 572 місяці тому
Programming the Finite Element Method using MATLAB - Part 21: Defining a Bar Force
The most difficult thing i have faced is trying to make a variable curved ramp section
Couple of questions pleas mister: When you use heads for columns, and the program says OK here is the required area of reinforcement, does the software automatically update the provided reinforcement to comply with the required for punching? or one has to check manually that in the critical perimeter there is enough steel area to comply?
Hello Dr. CEE, First I want to say that I really appreciate the effort you put in these tutorials, they are very helpful and rich with information. I just want to point out that the automatically generated point load from cladding on the supports is because the cladding is set to distribute the load in two ways, supports are taking part of the load distributed in the direction perpendicular to the columns as columns are ignored, this could be solved by changing the calculation model of the cladding to "one way" to work in the direction perpendicular to the purlins only as this would be the real case. All the best
Good day, Is there a way I can get ahold of you to assist me with Robot and using it
Civ.eng.essentials@gmail.com
Hi, thank you very much for your videos. I really enjoy watching them! I have hard time to understand the unit kNm/m in the results and how to compare these values to a hand calculated slab. I find it difficult especially when there are ribbed slabs and there is an effective length of a rib that is taking the load which often is not equal to 1m. How do you usually deal with these problems when trying to compare the numbers? I tend to get totally different values then the one in the ROBOT model. Thank you in advance!
I am grateful for the work and the knowledge you share
you mentioned good reasons for using floor for retaining walls. thanks
Sir, can you please give some knowledge on how to design a user-defined section by the above video method? User-defined members are not designed.
A beam inside a slab doesn't make sense, since it doesn't bring its main reason for which a beam exist - that is to bring inertia to the structure. As a local "muscle" for the slab, it helps it against local phenomena such as punching.
how to check in design user define member is pass or fail ???
IF U HAVE NEW VESIONS OF ROBOT THEN U CAN FIDE REVOLVE BY THIS:😀😀 so, as u r in the modeling phase u can just go to GEOMERY--->STRUCTUE TYPE--->SHELL DESIGN, and the ROBOT will change the interface to one that has REVOLVE option.
this is friendly environment for engineering interest
thank you it is really helpful
"Instability festival" -- great saying.
Thank you brother 🙏 but why in the pinned-pinned hinge they block x direction in the end ?!
Hello, I hope this message finds you well. In my country (Lebanon), the wind standards recommend the following wind speeds for calculations: a. 26 m/s when applying the Eurocode. b. 45 m/s when applying ASCE7-05. c. 57 m/s when applying ASCE7-16. Based on these recommendations, the automatic wind simulation in Autodesk Robot produces varying results, particularly between the Eurocode (with a wind safety factor of 1.5) and ASCE7-05 (with a wind safety factor of 1.6). Given these discrepancies, do you think it is safe to rely on the automatic wind simulation in Robot, or would it be better to calculate the wind loads separately and apply them manually to the cladding? (Note: The designed structures are steel structures, including warehouses and PV canopies.) Thank you in advance for your guidance. Best regards,
Heute war wieder ein guter Tag. Danke
Super
Super
Super
Super. Dankeschön
super
Thank you for your efforts. Really, we appreciate it because it helps us.😊
Excellent lecture with all it contains. Thanks a lot
Great Video.
Excellent!
is it only me or ROBOT 2024 does not have Revolve option in building design template
OK, I found it. in my version I have to be in SHELL DESIGN interface. so, as u r in the modeling phase u can just go to GEOMERY--->STRUCTUE TYPE--->SHELL DESIGN, and the ROBOT will change the interface to one that has REVOLVE option.
Can you advise on how to draw reinforcemed concrete columns with amorphous sections? (Like trapezoidal for example)
dankeschön. Vielen Dank, dass Sie da sind! 😊
Gern geschehen 🌹 Schöne Grüße👍
Hi how to set a load case or load combination as initial case in robot?
Hi CEE, what do dimension 1,2 and 3 mean in 7:36 ?
could you please share your software with us
great 👍
hello Dear Dr. what about RSA series
what about RSA videos
Dear Dr.CEE, Thank you very much for your series! I've learned a lot of new stuff about OOP in Matlab. Could you please explain one thing: By adding a check for duplicate Nodes and Lines into Controller, we avoid repeating nodes&lines inside the controller, but we still have them defined as variables (one should look at the Workspace of the program). For example, by the end of this videos we have 3 different nodes and 2 lines inside the controller. But at the Workspace we have same 3 nodes and 4 lines, three of which are the same (a.k.a Line #1). Will there be a way to deconstruct those repeating variables, so that we don't waste our memory? Best regards Yaroslav
Great video, please do more of those in-depth analysis of "real cases"!
It would be great to talk about Wind loads on Eurocode
Please give information on how to provide earthquake load. means how to generate load case
very useful
Oh ya ya ya ya 😂, that's what someone who's passionate and loves what he does would say. That's a looooooot.
Let me ask you, what about using rigid links to connect the columns to the slab? I believe the floor nodes that correspond to that of the column contour should be linked (by rigid links) with the top column node. At least this is what I see people in the Robot forum doing due to FEM limitations of Robot in the consideration of "drilling moments".
Which software are used in video
Hello CEE, why contact surface can result > 1.0?