All forms of math are used in some capacity in structural engineering (and all engineering for that matter). We use mathematical physics quite often, such as statics and dynamics analysis, and when considering the effects of material properties. We use calculus and matrix math a fair amount in finite element modelling and dynamic loading condition analysis. Finally, we use algebra and triginometry extensively since they are the building blocks of all mathematical analysis.
i think they use statistics and dynamics.
Either, do BTEC NATIONAL DIPLOMA IN MECHANICAL ENGINEERING (2 YEAR COURSE level 2/3) or AN AERONAUTICAL ENGINEERING COURSE IN CERTAIN COLLEGES, LIKE SUSSEX, or you could do an APPRENTICESHIP IN AERONAUTICAL/AEROSPACE ENGINEERING and earn while you train. :). The Grades you need will be A*-C in Maths, English and Science (Physics) :)
Its use to determine the suitability of a soil for the proposed project, and to determine the elastic limit of a soil
There are many symbols...you must be more specific. I dont know if you can answer this question on this site as they are pictures.
The umbrella answer is that any field of engineering which does not deal with computers or automation will have the least programming. This includes civil and structural engineering (building bridges and other infrastructure) and geotechnical and mining engineering. However, you should expect to use programs as a user in all engineering domains, i.e. Autocad, etc.
There are many software packages that are useful for civil engineers if they know how to use computers. For example, AutoCad is useful in preparation of drawings of the structures. StaadPro is useful in designing the structures. NisaCivil also is a Civil engineering Design software. Various packages can be utilized for quantity surveying, and billing also. You can integrate AutoCad with StaadPro and NisaCivil as well and generate layout drawings for use in estimation and costing, and execution of construction works at site. Also you can use office packages for all kinds of documentation that is essential in engineering.
Math (or maths) is not a job and so engineering does not use math as a job!Math (or maths) is not a job and so engineering does not use math as a job!Math (or maths) is not a job and so engineering does not use math as a job!Math (or maths) is not a job and so engineering does not use math as a job!
The use of logic in civil engineering
dynamics is basically subject which is more useful in mechanical engg but nowadays when earthquake design of building has gained importance, we, the civil engineers use the dynamic study for the structures to get help regarding earthquake design
Yes- a LOT!
It is likely that you will undertake courses teaching the use of computer aided design while undertaking a BEng in Civil Engineering.
use as aggregate in concrete technology
Civil Engineering has its great contribution all over the world with innovative and developed structures. Without Civil Engineering, our civilization would have not been possible. Large Civil Engineering giants like Moffatt & Nichol have contributed great services towards many important projects in the field of Civil Engineering and growing rapidly with more upcoming structures.
Mainly metalurgy, civil engineering, metal working.
There are so many different uses of civil engineering in daily life. Some of them include power stations, using buildings and roads among others forms of constructions.
Civil engineers are the experts responsible for the way our infrastructure is designed and constructed. Civil engineering can encompass a wide field, from structural engineering to environmental engineering. Some even work with nanotechnology, developing tiny structures for use in future technology. Because of this diversity, many civil engineers will find good job prospects in the coming years. Studying civil engineering in college will result in a rigorous mathematics and physics curriculum being covered. This will be supplemented by specialized engineering classes in later semesters. Civil engineering students will also have the opportunity to participate in internships. This allows them to gain invaluable work experience with firms while earning money. These internships often lead to jobs after the degree.
because we use it to calculate/measure things in science for example we use maths to calculate the distance of stars from the earth
It depends what type of engineering you want to get into. Electrical engineers will use programming.