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Showing the performance of the Schmitt coupling mechanism, which is designed to transfer rotational motion between two parallel shafts and also enables movement between the shafts@Solidworks2019
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نمایش عملکرد مکانیزم کوپلینگ اشمیت که برای انتقال حرکت دورانی بین دو شفت موازی طراحی شده و امکان جابجایی بین شفت ها را نیز ایجاد میکند.
@Solidworks2019
@Solidworks2019
The effect of the physical ergonomics of the cyclist on aerodynamics and definitely affecting the movement and acceleration of the bicycle
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Educational video on the subject of Young's modulus in a static analysis (strength of materials)@Solidworks2019
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Make CNC milling machine in home
@Solidworks2019
@Solidworks2019
In this clip, you will learn how to build a very cheap CNC machine that you can build with minimal tools and equipment even at home, and in the second file, the dimensions and parts of the equipment are in a PDF file, as well as a circuit file and a microcontroller system for the control system. It is available in this file, I recommend you to use it When I was a university professor, I had an important advice for mechanical engineers and it was this A mechanical engineer will either build a way or find a way@Solidworks2019
Unlock additional earnings behinds SolidWorks Design! Discover how to earn digital money on top of your physical earnings. Click the link to learn more!
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✅ Solidworks tutorial 'Golf Ball'
#tutorial_videos
#modeling
Video Source:
'SolidWorks Tutorial ☺️' Channel
━━━━━━━━━━━━
🆔Channel : @Solidworks2019
↪️ Our Telegram Group Link ↩️
#tutorial_videos
#modeling
Video Source:
'SolidWorks Tutorial ☺️' Channel
━━━━━━━━━━━━
🆔Channel : @Solidworks2019
↪️ Our Telegram Group Link ↩️
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انیمیشن بالا در مورد کویلهای حرارتی یا شل تیوب است که بسیار کوتاه و جامع است
@Solidworks2019
@Solidworks2019
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Shell and tube our heat exchanger
@Solidworks 2019
@Solidworks 2019
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نسخه الکترونیکی از کتاب مرجع روش استفاده از کلید فولاد و آشنایی با علم مواد و متالوژی نسخه زبان فارسی ضمنا در این کتاب نویسنده بسیار روان و ساده هر سرفصل را توضیح داده است
@Solidworks2019
@Solidworks2019
نیروی کوریولیس یا اثر کوریولیس یک شبه نیرو است که باعث انحراف اجسام در حال حرکت به بیرون از راستای خط راست، از دید یک ناظر درون یک دستگاه مرجع چرخان است.
تأثیرات این نیرو را میتوان بهوضوح در تعیین جهت جریانات جبهههای آب و هوایی سیارات دید. این اثر توسط گاسپار گوستاو کوریولیس مهندس فرانسوی کشف شد.
@Solidworks2019
تأثیرات این نیرو را میتوان بهوضوح در تعیین جهت جریانات جبهههای آب و هوایی سیارات دید. این اثر توسط گاسپار گوستاو کوریولیس مهندس فرانسوی کشف شد.
@Solidworks2019
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The Coriolis force or the Coriolis effect is a quasi-force that causes moving objects to deviate from a straight line as seen by an observer inside a rotating frame of reference.
The effects of this force can be clearly seen in determining the direction of the currents of the weather fronts of the planets. This effect was discovered by French engineer Gaspar Gustave Coriolis.
@Solidworks2019
The effects of this force can be clearly seen in determining the direction of the currents of the weather fronts of the planets. This effect was discovered by French engineer Gaspar Gustave Coriolis.
@Solidworks2019
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(Machining Design Guidelines )
✅Turning Guidelines
📌Blind Hole Relief
Provide tool relief for the bottoms of blind bored holes.
Tool relief at the end of a bored hole will simplify the operation of honing, boring, reaming, and grinding and reduce costs. The minimum amount of relief is expressed as a percent of the diameter of the pre-bored.
It is recommended that relief at the end of bored hole should be greater than or equal to 3% of the diameter of bored hole.
@Solidworks2019
✅Turning Guidelines
📌Blind Hole Relief
Provide tool relief for the bottoms of blind bored holes.
Tool relief at the end of a bored hole will simplify the operation of honing, boring, reaming, and grinding and reduce costs. The minimum amount of relief is expressed as a percent of the diameter of the pre-bored.
It is recommended that relief at the end of bored hole should be greater than or equal to 3% of the diameter of bored hole.
@Solidworks2019
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(Machining Design Guidelines )
✅Turning Guidelines
📌Minimum Internal Corner Radius
It is recommended to avoid sharp internal corners and provide large inside radius so that a tool with large nose radius can enter easily. A tool with large radius is less prone to breakage. A turn-down surface at right angles to an un-machined (cast) surface might lead to burrs. The minimum radius on internal corners of a turned part determines the cutting inserts that can be used.
It is always recommended to use cutting inserts with larger radii.
@Solidworks2019
✅Turning Guidelines
📌Minimum Internal Corner Radius
It is recommended to avoid sharp internal corners and provide large inside radius so that a tool with large nose radius can enter easily. A tool with large radius is less prone to breakage. A turn-down surface at right angles to an un-machined (cast) surface might lead to burrs. The minimum radius on internal corners of a turned part determines the cutting inserts that can be used.
It is always recommended to use cutting inserts with larger radii.
@Solidworks2019
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(Machining Design Guidelines )
✅Turning Guidelines
📌Outer Diameter Profile Relief
📋Profile relief on the outer diameter of a turned part helps in smooth turn-machining of part.
📋The turned contour should allow easy tracing with a minimum number of changes of stylus and cutting tool. Grooves with parallel or steep sidewalls are not feasible in one operation.
📋Contours inclined upto an angle of 58° from the axis of the part are feasible for a cutting tool (and stylus). Following image shows feasible contours when they are perpendicular to the axis.
@Solidworks2019
✅Turning Guidelines
📌Outer Diameter Profile Relief
📋Profile relief on the outer diameter of a turned part helps in smooth turn-machining of part.
📋The turned contour should allow easy tracing with a minimum number of changes of stylus and cutting tool. Grooves with parallel or steep sidewalls are not feasible in one operation.
📋Contours inclined upto an angle of 58° from the axis of the part are feasible for a cutting tool (and stylus). Following image shows feasible contours when they are perpendicular to the axis.
@Solidworks2019
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