Solidworks Advanced Assembly Modeling Practical Cases and Analysis Topics

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---Copyright Course: Project Case Engineering Experience Topic

I.Thematic objectives:

Through this course, students can master the following contents:by combining Solidworks advanced assembly modeling theory with engineering cases, master the methods and skills of using Solidworks software for advanced assembly modeling, and have the ability to solve assembly modeling in engineering and check interference, clearance and collision between parts.

II. Engineering cases:11engineering cases

III. Typical problems:Establish complex models by applying such commands as drawing, array, rotation, shell extraction, etc.; understand and master the inspection and repair techniques and methods of models; master advanced assembly modeling methods; master advanced cooperation applications such as coincidence fit and symmetrical fit.

IV. Key points of knowledge:drawing sketches and establishing simple models; establishing complex models by applying such commands as draft, array, rotation, shell extraction; model diagnosis and model repair; creating global variables and equations to realize model parameterization; bottom-up assembly modeling and adding fitting relations between parts; checking interference, clearance, collision, etc. between parts; creating exploded drawings and material lists; editing parts in assembly environment; assembly features and intelligent fasteners, intelligent parts.

V. Training methods:

Class mode: Xi'an/online and offline synchronization

Class time: to be determined

VI. Training costs:

4000 USD/person (including a certificate of completion, electronic training materials, invoices), accommodation can be arranged in a unified manner, the cost is borne by themselves. Two people enjoy 9.5% off, three people (inclusive) enjoy 10% off.

VII. Company billing information:

Shenzhen Boye Engineering Technology Co., Ltd.

Tax ID: 91440300MA5DRTFH92

Address: 22B Yongfu Building, Shangbu South State-owned Enterprise Building, Huafu Street, Futian District, Shenzhen

Tel: 0755 83256815

Bank: Ping An Bank Co., Ltd. Shenzhen Branch Business Department

Account Number:150 000 645 371 62

Annex 1: Curriculum Outline

module	training target	main content
Sketch and build simple models	Understand SolidWorks modeling fundamentalsand masterthe basic flow of modeling operations	1. Two-dimensional sketch drawing commands, including lines, arcs, polygons, etc. 2. Sketch editing commands, including clipping, extension, mirroring, etc. 3. 3D sketch drawing, including 3D straight lines, spline curves, etc. 4. size marking and size modification 5. Addition and modification of geometric relationships Case 1: Drawing primitives and size annotations Case 2: Drawing heating pipes
Complex model building and model checking repair; model parameterization	Establish complex models by applying commands such as drawing, array, rotation and shell extraction, and understand and master the inspection and repair techniques and methods of models	1. Tensile boss/matrix features and tensile removal 2. Rotation and scanning characteristics 3. Setting out and shell extraction features 4. Modeling commands such as fillet, chamfer and feature array 5. Model inspection and repair Case 3: Wheel 3D Modeling Case 4: Turbine 3D Modeling Case 5: Three-dimensional modeling of sliding bearing housing
Bottom-up Assembly Modeling and Addition of Fit Relationship between Parts	Master assembly modeling methods	1. Create assembly and insert parts 2. Add part fit relationship Case 6: Universal Coupling Assembly Modeling Case 7: Ball Valve Assembly Modeling
Check interference, clearance, collision, etc. between parts; Create exploded drawings and material lists;	Master assembly modeling methods	1. Interference, clearance, collision and other inspections between parts 2. Part constraint check 3. Generation of exploded drawing of assembly Case 8: Robotic Arm Assembly Modeling
Part editing and mating in assembly environment; assembly features and intelligent fasteners, intelligent components	Master advanced assembly fit and application	1. Editing part size in assembly environment 2. Advanced matching applications, including coincidence matching, symmetrical matching, etc. 3. Assembly explosion animation 4. Intelligent fasteners and intelligent parts insertion Case 9: Robot arm assembly decomposition animation
Advanced Techniques for Complex Assembly Modeling	project case	Case 10: Gear Pump Synthesis Modeling Case 11: Integrated Modeling of Elastic Positioners
The teacher will analyze the practical problems you put forward, discuss and answer questions together with you in class, and give suggestions and guidelines to help you solve technical difficulties in your work (individual problems can be consulted by the teacher after class).