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FrameMinds Engineering
Germany
Registrace 22. 08. 2023
Welcome to FrameMinds Engineering, the gateway to a comprehensive understanding of structural engineering. Our mission is to empower new engineers by laying a strong foundation, simplifying complex concepts, and nurturing innovative thinking.
At FrameMinds Engineering, we believe in building knowledge from the ground up. Our videos are meticulously crafted to analyze and design structures, ensuring no detail is overlooked. Our step-by-step tutorials break down the multifaceted world of structural engineering into manageable pieces, creating a learning path tailored for those just embarking on their engineering journey.
-Simplifying Complexity: Breaking down hard concepts for new engineers.
-Practical Guidance: Videos to kick-start engineering careers with a basic, thorough approach.
-Join & Learn: Subscribe to build minds that build the future with FrameMinds Engineering.
At FrameMinds Engineering, we believe in building knowledge from the ground up. Our videos are meticulously crafted to analyze and design structures, ensuring no detail is overlooked. Our step-by-step tutorials break down the multifaceted world of structural engineering into manageable pieces, creating a learning path tailored for those just embarking on their engineering journey.
-Simplifying Complexity: Breaking down hard concepts for new engineers.
-Practical Guidance: Videos to kick-start engineering careers with a basic, thorough approach.
-Join & Learn: Subscribe to build minds that build the future with FrameMinds Engineering.
Why Suspension Bridges Rely on Cables: The Surprising Science Behind Their Strength
Explore the fascinating behavior of laterally loaded cables, a critical element in the design of suspension bridges. In this video, we delve into the fundamental principles that differentiate the structural behavior of cables from traditional beams and columns. Discover how axial and transverse loads impact cable-supported structures, including in-depth comparisons between beams and cables under similar load conditions. We’ll also cover the implications of cable geometry, sag ratios, and the effects of non-uniform live loads on cable deflection. Perfect for civil engineers, bridge designers, and anyone interested in structural engineering, this video provides valuable insights into the complexities of cable-supported bridge design.
In this video, we delve into the fascinating world of cable-supported bridges, focusing on asymmetric cable-stayed bridges and the latest bridge design innovations. We'll explore the structural optimization techniques that make these long-span bridges possible, and compare the merits of suspension vs. cable-stayed bridges. Learn about the intricate cable-stayed pylon design and the advanced spoke-type cable net structures used in modern bridge engineering. With the help of finite element analysis and structural health monitoring, engineers are pushing the boundaries of what's possible in long-span bridge engineering. We also touch on the cutting-edge concept of digital twins in bridge engineering and how it’s transforming the field.
Timestamps:
0:00 - Introduction to Cable-Supported Bridges
0:52 - Understanding Basic Cable Behavior Under Load
1:32 -Differences Between Cables and Beams in Structural Systems
Axial Load in Stay Cables
Transverse Load in Suspension Bridge Main Cables
Supporting Conditions for Beams vs. Cables
2:07 - Importance of Sag in Cable Performance
2:34 - Comparison of Load Resistance: Beams vs. Cables
3:24 - Real-World Application: Cables in Bridge Design
Impact of Sag Ratio on Deflection
6:14 - Cable Deflection Under Non-Uniform Loads
12:05 - The Influence of Side Span Length on Main Span Deflection
15:28 - Comparing Deflections in Different Suspension Systems
Conclusion and Engineering Takeaways
Hashtags:
#LaterallyLoadedCables #SuspensionBridges #CableSupportedStructures #BridgeEngineering #AxialLoad #TransverseLoad #CableDeflection #BeamVsCable #StructuralBehavior #CivilEngineering #BridgeDesign #NonUniformLoads #SagRatio #LoadTransfer #StructuralAnalysis #EngineeringPrinciples #StayCable #cablestayedbridge #AsymmetricCableStayedBridge #BridgeDesign #StructuralOptimization #SuspensionBridge #CableStayedBridge #PylonDesign #CableNetStructure #FiniteElementAnalysis #StructuralHealthMonitoring #DigitalTwin
In this video, we delve into the fascinating world of cable-supported bridges, focusing on asymmetric cable-stayed bridges and the latest bridge design innovations. We'll explore the structural optimization techniques that make these long-span bridges possible, and compare the merits of suspension vs. cable-stayed bridges. Learn about the intricate cable-stayed pylon design and the advanced spoke-type cable net structures used in modern bridge engineering. With the help of finite element analysis and structural health monitoring, engineers are pushing the boundaries of what's possible in long-span bridge engineering. We also touch on the cutting-edge concept of digital twins in bridge engineering and how it’s transforming the field.
Timestamps:
0:00 - Introduction to Cable-Supported Bridges
0:52 - Understanding Basic Cable Behavior Under Load
1:32 -Differences Between Cables and Beams in Structural Systems
Axial Load in Stay Cables
Transverse Load in Suspension Bridge Main Cables
Supporting Conditions for Beams vs. Cables
2:07 - Importance of Sag in Cable Performance
2:34 - Comparison of Load Resistance: Beams vs. Cables
3:24 - Real-World Application: Cables in Bridge Design
Impact of Sag Ratio on Deflection
6:14 - Cable Deflection Under Non-Uniform Loads
12:05 - The Influence of Side Span Length on Main Span Deflection
15:28 - Comparing Deflections in Different Suspension Systems
Conclusion and Engineering Takeaways
Hashtags:
#LaterallyLoadedCables #SuspensionBridges #CableSupportedStructures #BridgeEngineering #AxialLoad #TransverseLoad #CableDeflection #BeamVsCable #StructuralBehavior #CivilEngineering #BridgeDesign #NonUniformLoads #SagRatio #LoadTransfer #StructuralAnalysis #EngineeringPrinciples #StayCable #cablestayedbridge #AsymmetricCableStayedBridge #BridgeDesign #StructuralOptimization #SuspensionBridge #CableStayedBridge #PylonDesign #CableNetStructure #FiniteElementAnalysis #StructuralHealthMonitoring #DigitalTwin
zhlédnutí: 208
Video
Complete Guide to Analyzing and Designing Pin Connections in Engineering @FrameMindsEngineering
zhlédnutí 448Před 21 dnem
In this in-depth video, we delve into the analysis and design of pin connections, a crucial element in civil and mechanical engineering. Pin connections, also known as pin plates or lugs, are widely used as 2D simple supports. This tutorial covers the essential components, including the central steel rod (pin), lugs with circular holes, and retainer elements. We discuss the various failure mode...
Master Two-Way Slab Reinforcements: Easy and Effective Tips @FrameMindsEngineering
zhlédnutí 239Před měsícem
In the previous video, we explored how to initially choose a slab thickness to satisfy serviceability requirements for two-way slabs. We also demonstrated the direct design method for finding shear and bending moments in column and middle strips, as well as critical sections. In this video, we will delve into the detailed process of calculating the nominal strengths and required reinforcements ...
Two-Way Reinforced Concrete Slabs Explained: Essential Steps for Efficient Design of Concrete Slabs
zhlédnutí 297Před měsícem
In this video, we dive deep into the analysis and design of two-way reinforced concrete slabs, offering a detailed guide for civil and structural engineers. Key Points Covered: Slab Thickness and Serviceability Load and Thickness Calculations Minimum Thickness for Flat Slabs and Beam-Supported Slabs Two-Way Joist Slabs Serviceability requirements for minimum depth Panel Division for Analysis Cr...
Understanding One-Way Slabs: ACI-Compliant Design and Analysis @FrameMindsEngineering
zhlédnutí 236Před 2 měsíci
Unlock the secrets to designing one-way reinforced concrete slabs with this comprehensive tutorial based on ACI standards. In this video, we delve into the intricacies of one-way slab analysis and design, ensuring you gain a thorough understanding of load distribution, reinforcement placement, and structural integrity. Key Topics Covered: Introduction to One-Way Slabs: Understanding elements in...
Step-by-Step Reinforced Concrete Beam Design Tutorial according to ACI @FrameMindsEngineering
zhlédnutí 307Před 2 měsíci
Welcome to Frameminds Engineering! In this comprehensive tutorial, we'll walk you through the entire process of designing a reinforced concrete beam according to the American Concrete Institute (ACI) standards. Whether you're a civil engineering student or a professional looking to refresh your knowledge, this step-by-step guide will provide you with all the details you need to design and detai...
Comprehensive Guide to Reinforced Concrete Beam Design | ACI Standards Explained
zhlédnutí 558Před 3 měsíci
Welcome to this detailed tutorial on reinforced concrete beam design according to the ACI (American Concrete Institute) standards. In this video, we cover all critical aspects of designing reinforced concrete beams, ensuring you have the knowledge to create safe, efficient, and code-compliant structures. Topics covered: Beam Sizing: Learn how to determine the optimal dimensions for your beams. ...
Will Your Staircase Hold Up? Find out how to design the optimal staircase!
zhlédnutí 411Před 3 měsíci
Dive deep into the intricacies of steel staircase design in this comprehensive tutorial! Discover how to analyze the internal forces of staircase stringers and learn the most effective methods for determining boundary conditions. This video is essential for structural engineers, architects, and anyone involved in staircase design and construction. We'll start by revisiting various types of stri...
The Complete Guide to Steel Staircases: Types, Load Analysis, and Design Essentials
zhlédnutí 967Před 3 měsíci
Explore the world of steel staircases in our comprehensive video guide, where we delve into the various types of steel stairs, their classifications, design considerations, and safety standards. This educational video is perfect for engineers, architects, and construction professionals seeking detailed insights into the structural aspects and aesthetic choices involved in staircase design. We s...
What Could Go Wrong? The Hidden Risks in Base Plate and Anchor Design
zhlédnutí 2,3KPřed 4 měsíci
Dive deep into the structural engineering world with our detailed analysis and design guidelines for base plates and anchor rods. This educational video provides an exhaustive exploration of anchor rod strength, base plate design, and the forces that influence their performance, such as uplift forces and concrete pullout strength. Understand the crucial elements like ASME Thread Standard, concr...
Step by Step Example of Curved Beam Design using FEM/FEA (SAP2000) @FrameMindsEngineering
zhlédnutí 420Před 4 měsíci
Dive deep into the world of structural engineering with our comprehensive SAP2000 tutorial! This video is your ultimate guide to mastering the analysis and design of horizontally curved members using the Finite Element Method (FEM). Whether you're a student or a professional engineer, our step-by-step instructions will empower you to utilize SAP2000 for curved beam analysis effectively. In this...
What Most Engineers Miss: Torsional Effects in Horizontally Curved Steel @FrameMindsEngineering
zhlédnutí 363Před 4 měsíci
Mastering the Design of Horizontally Curved Steel Members: Torsional Challenges Unveiled Description: Dive deep into the world of structural engineering with our comprehensive tutorial on the design of horizontally curved steel members in flexure and the critical impact of torsional effects. This video, a key installment in our series focusing on the intricacies of curved beam design, sheds lig...
The Structural Engineer's Guide to Horizontally Curved Beams @FrameMindsEngineering
zhlédnutí 388Před 4 měsíci
Understanding Horizontally Curved Steel Members: From Basics to Advanced Modeling Techniques Dive deep into the complexities of horizontally curved steel members with our comprehensive guide. This video illuminates the deflected shapes, nonlinear deformations, and the critical role of torsional stiffness in curved beams. We explore the impact of span angles on beam behavior, highlighting how an...
How to design Arch bridges for flexure@FrameMindsEngineering
zhlédnutí 234Před 5 měsíci
Description: Dive into the complexities of curved structural members in building designs with our in-depth exploration. This video delves into the significant impacts of curvature on lateral-torsional buckling strength and how the AISC Specification Chapters B and F apply to these members. We offer a detailed analysis of first-order and second-order moments in simply supported beams, discussing...
The Hidden Dangers of Designing with Curved Members: What Every Engineer Should Know
zhlédnutí 2,1KPřed 5 měsíci
Dive into the intricate world of structural engineering with our comprehensive guide on "Mastering Curved Member Analysis: Arches and Beams Unveiled." This video delves deep into the efficient structural forms of arches, exploring their ability to resist loads primarily through axial compression. Despite the ideal of pure axial compression, real-world applications face challenges such as imperf...
Mastering Beams with Web Openings: Design Analysis & Failure Modes Explained @FrameMindsEngineering
zhlédnutí 886Před 5 měsíci
Mastering Beams with Web Openings: Design Analysis & Failure Modes Explained @FrameMindsEngineering
Unlocking the Potential of Castellated and Cellular Beams in Construction @FrameMindsEngineering
zhlédnutí 1,1KPřed 5 měsíci
Unlocking the Potential of Castellated and Cellular Beams in Construction @FrameMindsEngineering
Optimal Runway Beam Design for Overhead Cranes: Guidelines & Strategies
zhlédnutí 1,3KPřed 6 měsíci
Optimal Runway Beam Design for Overhead Cranes: Guidelines & Strategies
Crane Load Analysis: ASCE/SEI 7 and AIST TR-13 Guidelines Explained @FrameMindsEngineering
zhlédnutí 1,3KPřed 6 měsíci
Crane Load Analysis: ASCE/SEI 7 and AIST TR-13 Guidelines Explained @FrameMindsEngineering
Understanding Structural Considerations for Steel Buildings with Cranes: Design and Classification
zhlédnutí 1,6KPřed 6 měsíci
Understanding Structural Considerations for Steel Buildings with Cranes: Design and Classification
Example of Plate Girder Design @FrameMindsEngineering
zhlédnutí 986Před 6 měsíci
Example of Plate Girder Design @FrameMindsEngineering
How to Find the Flexural Strength, Shear Strength, and Stiffener Sizes of Plate Girders
zhlédnutí 1,4KPřed 7 měsíci
How to Find the Flexural Strength, Shear Strength, and Stiffener Sizes of Plate Girders
Plate Girder Analysis: Mastering Noncompact and Slender Webs with and without Stiffeners
zhlédnutí 4,3KPřed 7 měsíci
Plate Girder Analysis: Mastering Noncompact and Slender Webs with and without Stiffeners
How to design Composite Beams @FrameMindsEngineering
zhlédnutí 1,3KPřed 7 měsíci
How to design Composite Beams @FrameMindsEngineering
Introduction to Composite Members: Steel Beams and Concrete Slabs in Structural Engineering
zhlédnutí 5KPřed 7 měsíci
Introduction to Composite Members: Steel Beams and Concrete Slabs in Structural Engineering
Mastering Eccentric Connections in Structural Engineering: A Comprehensive Guide
zhlédnutí 1,4KPřed 7 měsíci
Mastering Eccentric Connections in Structural Engineering: A Comprehensive Guide
The Science of Pre-Tensioned Bolts: A 3D Animated Guide
zhlédnutí 625Před 8 měsíci
The Science of Pre-Tensioned Bolts: A 3D Animated Guide
Designing a Bolted Beam-to-Column Connection: Finite Element Analysis & AISC Guidelines
zhlédnutí 650Před 8 měsíci
Designing a Bolted Beam-to-Column Connection: Finite Element Analysis & AISC Guidelines
Structural Welding Explained: Techniques, Types, and Quality Control | FrameMinds Engineering
zhlédnutí 1,7KPřed 8 měsíci
Structural Welding Explained: Techniques, Types, and Quality Control | FrameMinds Engineering
What every Engineer should know about bolt tensioning @FrameMindsEngineering
zhlédnutí 838Před 8 měsíci
What every Engineer should know about bolt tensioning @FrameMindsEngineering
I have a quick question: Where do all the formulas (tension failure, splitting, shear failure, dishing) from 5:56 onwards come from? I can't find them in Eurocode 3. Thank you.
Thank you, great question. I do mention in the video that some failure modes are not considered by the Eurocode so I gathered them from literature and added them in the video. Unfortunately the design of pin plates according to Eurocode only is insufficient as it neglects many loading cases that are often encountered in reality.
Thank you for your quick answer. Do you remember which literature you took these from?
@@ChrisG-vi8mg D. Duerr Pinned connection strength and behaviour. D. Duerr, G. Pincus Pin clearance effect on pinned connection strength
@@FrameMindsEngineering thanks.
Absolutely beautiful. This sort of explanation can't be found in literature. This is buried treasure for a civil engineer
Why does q = qmax for large moments? Also I don't see any consideration for compressive failure for large moments
Hi, the fact that q= qmax assures that failure does not happen in compression by definition. Please look at the equations of fpmax to see that. The reason why we assume that is actually just an engineering assumption that proved to be accurate by experimentation because otherwise the number of unknowns is bigger than the number of equations and the problem can't be solved. This assumption is considered in the ACI code and you can read it for reference. Thank you for watching.
How did you compute the maximum bending stress i dont get the compressive stress
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👍💯
молодець
🎉
❤❤
дуже цікаво
Please make videos on bridge design from scratch to advance
😊
❤
Really waiting for your next video
Coming soon
a video about design of retaining wall please
дуже цікаво
Thank you very much for the wonderful video! I truly appreciate the effort and creativity you put into it. 👏👏👏
❤❤❤
Great please 2 way slab
Man, you deserve all the support in the world!
Great work. This channel should have videos about Bridges
Neat illustration , we need a two-way slab video ❤❤
❤
Two way slabs video
Coherent, fulfilled, and easy approach. Thank you for the amazing video
Nice video
Amazing video 👏👏👏
🎉
Man you are amazing. Please make videos on shortcut methods of design, like the thumb rules to check the design for simplifying equations. Sometimes, we dont have enough time to design manually the whole structures and because we have a lot of structures to be design in a consulting firm in a short span of time so we mostly trust software results because if we come to check every single beam and column then it will take a lot of time. So, I think there have been some shortcut formulas and tricks whom we check the design. Like the stress formula Strength = My/I to check stresses in foundation. Or there might be some quick methods to design short structures manualy rather than on software. using Aisc code
Thanks for your Video sharing!
Buen video ! Sumo otro. czcams.com/video/MAI56IRKi5k/video.htmlsi=LSpcrXPzUPvdNBt2
Excellent basics. If you show some videos by applying this concepts in real projects for different cases. It would be more helpful fir us.
Hi, please I am confused about the in-plane and out of plane moments the bolts are subjected to in different scenarios which you explained.
At 3:05 for horizontal calculations, why divide 14.2 ft by 12 ft? Aren't we supposed to SW with 12 ft only?
The self weight should account for the total length of the stringer but applied along the projected length in the horizontal plane method. Otherwise we would be underestimating the weight of the stringer. Thank you for watching
Always informative and helpful
Thank you very much for your sharing, I'm looking to see more VDO in stair load calculation, Analysis and Design in AISC. 🙏🙏🙏
😀😀😀😀
😀😀😀😀
Example problem video please
Glad you found this helpful. You can find the video here where I showed how to setup an Excel sheet to solve an example problem: czcams.com/video/l8bzAMgQhyM/video.htmlsi=wcogxTBmBqUyouNo
😳 "promosm"
Thank you for your wonderful information ❤
Thanks for your sharing!
Thanks for your sharing!