Solidworks Training is the best way to learn how to use Solidworks, a powerful 3D modeling software, and it’s taught through a series of Solidworks tutorials. Solidworks Training Courses are designed to be fun, educational, and engaging. Solidworks is the world’s most popular 3D Engineering and Design software used by more than 2 million engineers worldwide.
Solidworks is a suite of design and analysis tools that allows you to create, visualize and analyze 3D parts and assemblies, and 2D drawings. Solidworks guide is a variety of solidworks exercises for everyone who wants to learn and how to use the Solidworks software. This Solidworks training exercises will give you the power to create 3D models and drawings quickly and easily.
Solidworks Training Tutorial
SolidWorks Tutorials is an education blog for mechanical engineers of all levels, mechanical engineering students (B.Tech or BE), cad and product designers who are looking for useful information and want to study Solidworks CAD program in detail. This blog contains SolidWorks tutorials ranging from the fundamentals to the expert level, as well as SolidWorks exercises.
Additionally, we provide current news regarding this CAD program, practical product design advice illustrated with step-by-step images, and tutorials available on a variety of free video sharing websites such as YouTube, Dailymotion, and Vimeo.
Prior to beginning the lessons, you should understand what SolidWorks program is, its benefits, drawbacks, and applications, and how it assists engineers in transforming their fresh thoughts into reality.
What is the purpose of SolidWorks software?
Before beginning to study something, it is necessary to understand its context. As such, Solidworks is sometimes referred to as “DSS Solidworks.” DSS stands for Dassault Systems, the company that created this CAD program.
This CAD program enables the rapid and cost-effective creation of 2D or 3D solid models. The primary benefit of the solid modeler is its ease of use, simple graphical user interface, and overall friendliness when compared to competing CAD solid modeling tools such as Creo, Catia, and others. It includes modeling of solid parts, assembling, motion, simulation, toolbox, and tool analyst. Circuit Works, Photoview 360, Scan To 3D, e-drawings, and a DWG editor are all included.
Interface for Solidworks Part Modeling
According to a 2006 MIT survey, Solidworks was chosen as the most productive CAD program (up to 95 percent faster than the competition). It enables enhanced design visualization, faster design iterations, improved communication, more accurate design, more attractive design & products, and also satisfies client/customer needs.
Solidworks is used in a broad variety of sectors, including aviation, defense, automobile, transport, consumer goods, electronics, and process plants. Energy conservation, architecture, heavy equipment, machinery, surgical instruments, mold and tool design, and product design are all areas in which we provide engineering services.
It assists in the creation of different goods and services, as well as their testing in a cost-effective manner, such as model and prototype testing, which you learnt about previously in your engineering degree class.
Additionally, Solidworks produces, additional software tools that are very beneficial to different sectors of engineers, particularly mechanical engineers. Three-dimensional CAD, simulation, product data management, technical communication, electrical design, and three-dimensional experience are included. This CAD modeler is not restricted to mechanical engineers; it may also be used by other engineering disciplines (particularly electrical and civil) and product designers to bring fresh product concepts to life.
Why do engineers need to learn or utilize Solidworks?
1. It is now utilized in a variety of sectors to develop goods and increase production while maintaining a cheap cost. As a mechanical engineer, you must be familiar with the most widely used CAD software, such as Solidworks, increase in the quality of applications and employment possibilities.
2. The majority of worldwide engineering institutions and colleges utilize Solidworks to teach the CAD topic. If you want to study abroad (in Canada, the United States, the United Kingdom, India, or Australia, or Germany, for example) for a Postgraduate Diploma in Industrial Design, their curriculum will include this software as well.
3. It enables optimal productivity in design by providing a variety of data and technical communication that aids in the development of your design and assists in validating it against standards. All that is required is for you to concentrate on your new product invention or design. It incorporates simulation technologies, allowing you to validate your idea.
4. Solidworks solution has an enhanced collaboration function that enables you to share your design with the appropriate customers through this platform. If you are a professional, you are not required to search the internet for the appropriate customers and introduce them to new technologies.
5. It’s very simple to grasp the fundamentals, such as how to begin designing products.
Technology for Solid Modeling
This section will demonstrate how Solidworks modeling technology is utilized. Are you familiar with CAD software? CAD, or computer-aided drawing, is a kind of software that enables you to create anything on your computer using programs. Similarly, Solidworks includes a computer application called “Parametric approach” that assists in drawing sketches in the graphical interface. If you know the parameters (for example, the length of a product) or have an idea about them, just input them and easily build models and assemblies. There are two distinct kinds of parameters: numeric and geometric.
Normally, numerical parameters are numbers. For instance, if you want to know the radius of a circle, you may create one in the graphics area and input the radius value directly. The sketch section includes solely two-dimensional works. Each drawing conforms to one of the worldwide standards ANSI, ISO, DIN, JIS, BSI, or SAC, and you must choose which standard to use while designing your product.
Additionally, it includes direct 3D solid creation and elimination via a variety of features such as extrude boss/base, revolve boss/base, loft boss/base, sweep boss/base, boundary boss/base, extrude cut, revolve cut, sweep cut, loft cut, boundary cut, fillet, chamfer, simple hole, hole wizard, rib, shell, draft, reference plane, linear pattern, circular pattern, mirror, helix, and spiral curves, among others.
Additionally, the sketch tools in Solid Works CAD Software include the following: Line, Circle, Rectangle, Polygon, Arc, Slot, Ellipse, Smart Dimension, Parabola, Sketch Fillet, Sketch Chamfer, Sketch Trim Entities, Linear Sketch Pattern, Circular Sketch Pattern, and Spline Curve. You will examine later in detail each feature and sketch tool in SolidWorks Tutorials.
What Features Does Solidworks Modeler Include?
Solidworks 3D modeling software’s primary functionality is Parts & Assembling of Products. It is Solidworks’ fundamental modeling interface. You may simply sketch or build various components of your equipment or product under “Parts.” Make an attempt to generate a single component in a single part file. Create all subsequent sections in separate part files and save them all. Then, using the “Assembly” function, you may combine all of your equipment’s individual components. The cad library allows users to download, exchange, find, and retrieve CAD data that is frequently shared.
It includes the fundamental components or data for typical bolts and nuts, gears, cams, and bearings, among others. These are the product design interfaces and are capable of 3D solid modeling, conceptual design, assembly structure planning, direct model editing, large assembly design, advanced surface design, sheet metal design, weldments, plastic part design, reverse engineering, mold design, piping & tubing, and electrical cable harness conduit design. The menu bar provides access to all Solidworks Tools.
Magnetic mates
Improved assembly handling and aids in the creation of lightweight complicated designs.
Checking for Interference
It is critical to ensure that product components fit properly and function properly throughout the assembly process. Interference analysis provides comprehensive information on the fit and guarantees that the completed product functions properly. You can guarantee that your product is 100% free of misfits and mismatches. It contributes to cost savings in production by minimizing material scraps. It includes techniques for detecting interference in two dimensions and three dimensions, such as 2D and 3D collision detection, hole misalignment and thread mismatch detection, and tolerance analysis.
Analysis and Simulations
Through simulation and analysis, you may validate your intended product in a real-world context. The testing was conducted in a simulated setting that closely resembles the real-world situation. During the simulation phase, you may evaluate your product’s durability, assembly motion, static and dynamic response, fluid dynamics, and heat transfer, among other factors. Additionally, it has built-in analysis for structural, thermal, fatigue, electronics cooling, and motion.
3D Animation & Rendering
Additionally, Solidworks software allows you to animate component or assembly files. Within seconds, you may generate animations and pictures of your design, which aids in testing the product’s functioning. The rendering animation tool helps us save time, improve our productivity, and promote our designs. You may communicate simply with your customers by displaying the animations. These are all included in the Solidworks visualization function, which allows the rapid creation of high-quality, lifelike pictures and animations. PhotoView 360, Walk-through/Fly-through, and CAD animation are all helpful tools.
Estimation & Documentation Costs
Cost estimate for a new product design may be accomplished simply inside this CAD system. You may compare the cost of producing a specific product to the cost of the product itself utilizing the integrated automated manufacturing cost tools. As a consequence, you can easily create a cost-effective and economical design. In general, it saves a lot of time and increases the designer’s or engineer’s productivity. Automatic cost estimate and quotation, adjustable production parameters, and design optimization. These are the primary characteristics of the Solidworks CAD program.
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Solidworks Exercise 5
Rod / Shaft Support:
Shafts, too, are a basic, important and very common machine element. A shaft is usually designed to perform a specific task in a specific machine. In general, a rotating member used for the transmission of power is called shaft. A shaft known variously as a DRIVESHAFT, TAILSHAFT or CARDAN SHAFT (and sometimes as a JACK SHAFT). It is used to transmit power and torque from the rear of an automotive gearbox (on the left) to the input shaft of the differential, which is known as the PINION SHAFT (on the right).
E.g. Gears must be mounted on some sort of shaft, and a gate valve or globe valve is opened and closed by a hand-wheel turning another type of shaft often referred to as a spindle.
Different types of shafts are:
Stub shaft
A shaft which is integral with an engine, motor or prime mover and is of suitable size, shape and projection to allow its easy connection to other shafts.
Ex.: It allows a power-transmission device such as a belt pulley to be fitted to drive an external machine.
Line shaft (or power transmission shaft)
A shaft connected to a prime mover which transmits power to a number of machines – now mostly superseded by machines having individual motors.
Ex.: The overhead LINE SHAFT ran continuously and individual machines could be stopped only by moving the flat drive belts from the driving pulley onto a free-running pulley. Note the largely timber construction of the building, allowing significant flexing of the structures under load.
Jack shaft
A short shaft used to connect a prime mover to a machine or another shaft. May also be a short shaft placed as an intermediate shaft between a prime mover and driven machine.
Ex.: Speed Reduction similar to gear drives.
Flexible shaft
Permits the transmission of power between two shafts (e.g. motor shaft and machine shaft) whose rotational axes are at an angle or where the angle between the shafts may change.
Ex.: Japanese style backpack mower with flexible shaft between the red power pack and the usual hand-held mower assembly. In general, flexible shafts are not used to transmit high powers or high speed.
Most shafts are made from steel, either low- or medium-carbon. However, high quality alloy steel, usually heat treated, may be chosen for critical applications. Small, light-duty shafts, e.g. in household appliances, may be injection moulded in a plastic material such as nylon or derlin. Other metals, e.g. brass, stainless steel or aluminium, may be used where corrosion is a problem or lightness is required.
The suspension of copper tubing presents a challenging problem in corrosion. If local corrosion conditions are severe due to acid fumes, extreme humidity, etc., copper plated steel is not satisfactory and special materials must be used. The threat of galvanic corrosion is mitigated. No electrical continuity between the pipe and support beam.
These flanged support blocks are specially developed for securing the shaft at right angles to the mounting surface. This Flanged supports made of spheroidal graphite cast iron with flanged liner sets.
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Conclusion:
Solidworks Training is essential for the professional who wants to succeed in designing and printing 3D models. With this training, you will learn how to use SolidWorks software, building 3D models of objects like cars, planes, robots…
The Solidworks software is used to design and simulate 3D objects. This is the best way to learn solidworks tutorials for free. We hope you learn everything you need to know about SolidWorks. If you have any other questions, feel free to contact us for more information or visit our blog today!
