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Industrial & Mechanical Engineering Solutions
Industrial engineering.
How to use a content
All items in the catalog are available under a subscription plan. Most of the content are intended for use in the TechEditor environment, so make sure you have this software installed on your computer.
0013. Practical tasks on the strength of materials (in Ukrainian)
Practical tasks on the strength of materials (in Ukrainian).
0018. Geometric characteristics of typical cross sections
This calculation sheet will help you determine the perimeter, area, center of gravity, moments of inertia, and other geometric characteristics of various cross-sections. All shapes are defined parametrically. It will be useful for engineers and designers who perform compression, bending, torsion, and other calculations of beam and rod structures. To add a section and geometry calculation to your project, just perform COPY/PASTE.
0023. Calculation of the forces in the steel angle and anchor bolt
Steel Angle and Anchor Bolt Design Sheet. Complete design sheet with high-res images (editable text, formulas). On-the-fly auto-calculation. Users can apply arbitrary units of measurement for each physical quantity.
0024. Determination of bearing reactions in a simple beam
A calculation sheet from the training course for engineers “Calculation of building structures from scratch”. It contains a diagram of a simple beam and an algorithm for determining the bearing reactions. The sheet can be used both for educational purposes and in practical engineering activities.
0029. Evaluation of target coordinates for a military drone. Design Sheet
A calculation sheet for determining the coordinates of a military drone target. The coordinates are calculated on the basis of the differential equations of motion of a solid body, taking into account the forces of resistance.
0033. Calculation of reactions, shear forces, bending moments, deflections in a cantilever beam (design sheet)
With this sheet, you can calculate reactions, shear forces, bending moments, and deflections in a cantilever beam. The calculation sheet is designed in TechEditor diagrams with images, text labels, and mathematical inserts. All formulas and analytical expressions are editable.
0034. Calculation of continuous reinforced concrete beam using finite element method and analytical expressions
A digital technical document on the calculation of a reinforced concrete continuous beam using an analytical approach and the finite element method (FEM). The file is a full-fledged engineering study that can be used as a template for structural engineers or an example for students and teachers.
0040. Beam calculation in TechEditor (example with implementation in diagrams, reports, applications)
The algorithm is implemented in four different formats, including report, diagram, and application. For more information about the approach, please read this article.
0041. Finite Element Analysis of the 2D Frame
An example of numerical modeling of a flat frame structure using the finite element method in Dystlab TechEditor. It can be used as a template for an engineering project or as a training material for students of technical specialties.
0046. Modal analysis of a simple beam. Vibration frequency and period calculator
The application allows you to obtain the circular frequency, linear frequency, and natural vibration period of a simple beam.
0064. Rapid blast-resistance assessment for laminated plates protecting civil infrastructure and military equipment
An interactive module for rapid assessment of the behavior of a multilayer protective plate subjected to short-duration blast pressure (explosion shock wave). Implemented in the TechEditor environment in the form of a text-based report with open (explicit) formulas. The tool is intended for practical engineering applications, including lightweight tactical vehicle armor design, protective shielding for critical infrastructure, blast-resistant partition design within the framework of Industrial Safety, and the development of protective elements for robotic demining platforms. The module facilitates technically sound and efficient decision-making in the field of blast protection.
0065. Hypersonic Aeroballistic Missile Flight Analysis
Calculation sheet for analyzing speed characteristics at different stages of the hypersonic air-launched missile flight trajectory.
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We develop digital solutions for engineering companies and design businesses. We advise, research, and help with the automation of calculations, design, and systematization of technical documentation.
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