Structural analysis is the branch of civil engineering which deals with the behavior of structures subjected to a given loading. Any structure such as buildings, bridges, roads etc. should follow the principles of strength, stability and serviceability to work efficiently and effectively against the loading.
The analysis of a structure is required so as to design it properly such that it has the required strength and stability. A structure should not only be structurally well it should also be functionally well.
For this, loads should be estimated correctly first and then the structure is analyzed for that loading. Thus, structural analysis is the function of loading.

In structural analysis, we find the reactions, shear force, bending diagram, deformations so as to know what internal forces will be generated for the loads the structure is subjected to.
For any safe structure, these internal forces should be effectively resisted by the material thus the design should be such that the strength of a material is greater to the maximum load the structure is subjected to.
One has to also limit the deformations in a structure so that the structure is functionally fit to use, so we draw elastic curve for structural elements so as to know what will be the maximum deflection in the structure.

Structural analysis is the pre-requisite for structural design. Once analysis is done, materials are chosen so as to resist the internal forces such that the structure is same. Choice of materials also depends upon the economy of the material but in any case, the strength of the chosen material should be greater than the internal forces developing in the structure. Thus, a proper factor of safety is required depending on the type of material, structure and uncertainty in the estimation of loading.

Structural analysis utilizes the knowledge of applied mechanics, applied mathematics to find out the stress functions.
It finds its application in finding shear force, reactions, bending moment, analysis of truss, analysis of cables, analysis of arches, analysis of determinate and indeterminate structures.

Practical structures are indeterminate in nature but analysis of such structures can’t be done just by using static equilibrium conditions only. Additional equations have to be developed which are also known as compatibility equations to find the unknowns.
To analyze indeterminate beams and frames, we can use moment-distribution method, slope-deflection method, unit load method, strain energy method etc. Methods like moment distribution method, slope deflection method are iterative in nature.
To analyze indeterminate trusses one can, use strain energy method and unit load method effectively to find the unknown forces.

To fulfil the serviceability criteria, one has to limit the slope and deflection of structural elements. There are different methods of calculating slope and deflection like double integration method, Macaulay Theorem, Castigliano’s theorem, Moment-area method, conjugate-beam method etc.
It should be noted that the above methods are applicable for linear-elastic structures because value of E (modulus of elasticity) will be constant. In case of non-linear structures or plastic structures one can use virtual work method.

In structural analysis, we utilize principle of superposition to analyze the structure but this valid only for linear-elastic models or structures.
For non-linear structures, sophisticated modeling has to be done through computer software like ANSYS etc. For non-linear analysis one has to properly define the material non-linearity, element non-linearity and structural non-linearity on a whole.
For very simple structures, one can use static analysis. But for a good and efficient analysis, dynamic and non-linear analysis has to be done.

Dynamic analysis offers a fairly good degree of estimation of dynamic loads but the accuracy depends on the method of analysis though.
For example- for earthquake loads time history method provides better estimation of loading which is more economical to use rather than equivalent static load method or response spectrum method.
Non-linear dynamic analysis is the best method for analyzing any structure but this is very tedious method thus it finds the application in the complex structures.
STAAD Pro software is fairly good in analysis of residential buildings, structural elements with certain loading. Any analysis software is just a application of structural analysis methods but since a large number of iterations are required these software are helpful in analyzing a structure at each instant but basic knowledge of structural analysis is required so as to understand and visualize the structure and take the assumptions accordingly which will be in valid in that particular situation.

Structural analysis also deals with the analysis of moving loads on a structure like a moving train on a bridge etc. For this we need to draw the influence line diagram so as to see analyze the structural elements at each instant of loading and we design the elements considering the maximum load by using a suitable factor of safety.
We see iconic structures like Burj Khalifa, Eiffel Tower, The Taj Mahal and the list is countless which fills us with utter amazement and excitement. These beautiful megastructures demand a great degree of understanding of structural analysis. To turn a dream of an architect in to a beautiful reality, a structural engineer is the link.

Online structural analysis homework help is a way to get solutions to all your questions in a time bound manner. You can simply submit the queries and within a timeframe receive structural analysis homework solutions. Online structural analysis homework help is ideal for you if you are in a time crunch and need speedy 100% correct solutions within a short span of time. Get fast, clear, detailed and high quality assignment & homework solutions of any topics of structural analysis through easy, latest and advance e-learning techniques with our structural analysis expert tutors to boost your grades.

Why Online Structural Analysis Help ?

& invest on something valuable

Online Structural Analysis homework help is ideal for you if you are in a time crunch and need speedy solutions. Online Structural Analysis homework help portals, like TutorBin, can deliver 100% correct solutions within a short span of time. This will help you meet the deadline and submit within time. If you need quick answers, online Structural Analysis homework help is the way to go.

Always expect accurate solutions

Not only will you get correct solutions, if you seek Structural Analysis homework help online, they will come directly from Expert Tutors. You can easily get answers to your questions from global expert tutors through online Structural Analysis homework help. These are state of the art answers which can definitely help you improve your grades. All your Structural Analysis homeworks will have error free formatting and proper referencing to enhance their look and feel. Therefore get expert solutions within a short span of time.

Learn how to write like a pro

Online Structural Analysis homework help is ideal for you if you wish to learn what Structural Analysis homework writing is all about. You may see it as a way to learn the art of Structural Analysis homework writing too. As you receive Structural Analysis homework solutions from expert tutors, you will gradually pick up those skills and the way they write, which improves your grades.

Well-written and easy to understand solution

You may get correct solutions even from Google, but if you get online Structural Analysis homework help, you get step by step solutions that follow a particular methodology. You can even predefine it for the subject matter expert in advance. This stepwise methodology will help you understand the solutions better and fix your grades. At the same time, it will come in handy if your teacher asks you how you did the question in the first place. Make sure you go through the solutions you receive at length to answer any querry that might come your way.

With a guarantee of 100% original content

If you copy answers for your Structural Analysis homework from Google, you are bound to plagiarize and get caught. Online Structural Analysis homework help saves you this trouble. Expert tutors that render their services for Structural Analysis homework help online deliver plagiarism free work of top quality. All their solutions are original and will not attract any copyright infringement for you. Additionally, these original answers will help you stand out of the crowd in your class and get a competitive edge.

Experts tutors are available all the time, when you need it the mostWith a guarantee of 100% original content

Not only do online Structural Analysis homework help portals ensure submissions within deadlines, they also work around the clock. You can get Structural Analysis homework help at any point of time in the day or night. Global expert tutors are available 24/7 to help you get all Structural Analysis homework solutions and improve your grades.

For those who need help beyond the solutions, you can enjoy our other services as well. Our tutors are on board 24/7, ready to share.

A K

None

Fluid Mechanics, Concrete, Surveying, Environmental Engineering, Hydraulics, Soil Mechanics, Struct

Sessions: 849

R G

IIT Delhi

Structures, Mechanics Of Materials, Statics, Fluid Mechanics, Hydraulics, Environmental Engineering

Sessions: 601

M

None

Structural Analysis, Statistics, Autocad, Hydraulics, Solid Works, Solid Works, Structures, Probabi

Sessions: 584

S R

Indian institute of technology kharagpur

Structural Analysis, Soil Mechanics, Structures, Fluid Mechanics, Strength of Material,

Sessions: 518

D

None

Lab Report (CE), Geology, Strength Of Materials, Soil Mechanics, Transportation Engineering, Survey

Sessions: 332

S C

nitk surathkal

None

Sessions: 260

H

None

Surveying, Lab Report (CE), Engineering Drawing, Concrete, Soil Mechanics, Environmental Engineerin

Sessions: 221

S V

None

None

Sessions: 206

V D

IIT KHARAGPUR

Probability, Dynamics, Mechanics Of Materials, Linear Algebra, Statics, Soil Mechanics, Surveying,

Sessions: 196

P S

NIT Surat

Lab Report (CE), Essay Writing, Fluid Mechanics, Fluid Mechanics, Environmental Engineering, Soil M

Sessions: 193

P

IIT KHARAGPUR

Surveying, Structural Analysis, Environmental Engineering, Civil, Hydraulics, Soil Mechanics, Trans

Sessions: 176

S

IIT DELHI

Lab Report (CE), Hydraulics, Environmental Engineering, Structural Analysis, Surveying, Transportat

Sessions: 165

S K

None

None

Sessions: 164

S K

IIT Madras

Mechanics Of Materials, Surveying, Concrete, Strength of Material, Structural Analysis, Engineering

Sessions: 147

R K V

None

None

Sessions: 140

We take pride in the panel of Structural Analysis Expert Tutors that engage with us. Our Structural Analysis Expert Tutors and Structural Analysis Online Tutors come from all parts of the world and are not bound by geographical borders. We strive to bridge boundaries to help students get best Structural Analysis homework help and online tutoring from across the global.