![]() I have been working on project documentation for all types of building structures, reinforcement plans for RC structures, fabrication plans of steel structures, fire resistance calculation of building structures including consultation on the most appropriate fire protection. I am teaching also how to use technology for solving daily engineering calculations, including software development as a support to structural engineering. I will provide you with an easy-to-follow material explanation, all steps including source code will be explained in detail.Īs a Structural Engineer with more than 15 years’ experience in building industry I am currently teaching how to use Eurocodes as the most advanced building design codes on a world scale. I will show you in detail, how to enter data, define formulas and actually perform calculation, including how to display results and format cells for results of calculation. This course will also show you how to write the software for practical engineering calculation for structural analysis. How to write code to display the results of calculation How to write code to perform calculation How to create a push button, where you will trigger start of the calculation How to prepare cells where results of calculation will be written How to create a sketch with anotations of input parameters How to create cells where input parameters should be entered This is the solution that every engineer needs, because it offers open-source solution with powerfull programable tools, but on the other side simple enough to be done instantly. What is maybe the most important, you can update formulas in your calculation any time you want. In this course I will show you that you do not need to be a software developer to create your own customized engineering calculations in a minutes. After that engineer needs to define the mathematical procedure which could be very simple, but it should also enable him, to write also more complex formulas or iterations. So what does engineer need when creating calculations? First there are input parameters, which should be entered on a very simple and a quick way, then a simple sketch as a graphical representation of the basis of calculation with annotations of input parameters. So today it is possible just by using Microsoft Excel and it’s programming abilities to write real software which can solve all daily engineering calculations with ease. Then it came programmable pocket computers, I clearly remember as I had SHARP programmable computer, where it was possible to write a complex software, but you couldn’t print the results as it is possible now. ![]() Especially if standards includes many complex formulas which are hardly calculated using pocket computers as it was 30 years ago. Thus, each model or even a specific calculation will be an exciting challenge for a programming job is already enjoyable.As every Engineer needs to do many daily calculations especially using modern standards like EUROCODES, the need to write custom software solutions is more and more real. ![]() With the ease of working with Excel, coupled with benefit of the given examples in this book, it is expected to increase the interest of the reader to create new original application programs. It is expected that you will be able to create simple Cartesian graph in AutoCAD, even you are an AutoCAD first time user! This book contains the author's collection of custom functions and also a series of engineering calculation programming that are very useful to adopt. You will learn how to create a simple AutoCAD script file using Excel formulas and Excel-VBA. Yes! AutoCAD is chosen because one of its advantages that relies on high drawing accuracy. Also to be presented the depiction in AutoCAD program. It addresses skills that may not be covered in most Excel for civil engineering texts, such as step by step guides to create an application program and how to convert the steps into VBA code, how to perform matrix operations (multiplication and inversion) using Excel-VBA, macro for creating an engineering chart, a brief and simple guide to become an instant Excel-VBA programmer, and more. ![]() It's a Excel basics book that every civil engineer should have read by now.
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