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Structural mechanics apparatus

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Structural mechanics apparatus Specification

Features
Robust Construction, Corrosion Resistant, Portable, Easy-to-Use

Technology
Mechanical

Machine Type
Bench Top Apparatus

Accessories Type
Weights, Loading Pins, Measuring Scales

Accuracy
High Accuracy (0.01 mm Deflection)

Operating Pressure
Atmospheric

Surface Treatment
Powder Coated

Power Source
Not Electric, Operated Manually

Automation Grade
Manual

Control System
Mechanical Controls

Type
Educational Training Equipment

Material
Mild Steel and Aluminum

Function
Demonstrates Structural Mechanics Principles

Application
Laboratory, Research, Academic Institutes

Voltage
Not Required (Manual Apparatus)

Assembly
Supplied Knock-Down for Easy Assembly

Instruction Manual
Comprehensive Guide Provided

Dimensions
Approx. 800 mm x 300 mm x 400 mm

Measuring Devices
Dial Gauge, Graduated Scales

Experimental Modules Included
Simply Supported Beam, Cantilever, Truss Members

Max Load Capacity
Up to 10 kg depending on configuration

Standards Compliance
Designed as per Educational Curriculum & Laboratory Norms

Frame Structure
Rigid Steel Base with Removable Components

Weight
Approx. 18 kg

Finish
Epoxy Powder Coated

About Structural mechanics apparatus

1. (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) North Light Roof Truss.

Details of Accessories :-

(a) Stand and cross bars(4 bars & 8 stands) 4 Sets.

(b) Brackets fitted withstands. 4 only.

(d) Hinge HolderHooks. 8 only.

(e) Cantilever rod withtop caps. 2 only.

(f) Member rods (sizesmarked) 37 only.

(g) Cap Screws(extra). 6 only.

(h) Weight hanger withplatform. 8 only.

(i) Weight platformsextra. 2 only.

(j) Slotted weights1kg. 10only.

(k) Spring balances (2 of20kg. 2 of 10kg. 4 of 5kg. 8 only.

(l) Chains short andlong. 6 only.

(m) Boss Brackets. 2 only.

(n) Ring Brackets. 5 only.

(o) Hook brackets. 4 only.

(p) Pulley brackets. 3 only.

(q) Member balances toindicate tensile force 3only.

(r) Member balances toindicate compressive force. 3 only.

All parts are interchangeable so that thedifferent frame works can be assembled with same components. All the components(except cross bars and stands) are supplied in a polished wooden box. Completewith assemblies drawings leaflet.

Engineered for Effective Learning

This apparatus is specifically designed to meet educational curriculum requirements in structural mechanics. Its modular setup allows students and researchers to carry out several classic experiments easily, deepening their understanding of structural behavior under various loading conditions.

Reliable Build and Portability

Manufactured with high-quality mild steel and aluminum, the powder-coated finish ensures durability and resistance against corrosion. The unit's knock-down assembly and portable size make it suitable for various laboratory spaces and straightforward for educators to set up and relocate as needed.

Manual Operation for Hands-On Experience

No power source is required, as the entire apparatus is mechanically operated. This approach nurtures practical skills by encouraging users to physically engage with the equipment, manipulate loads, and observe resultant structural responses using provided measurement devices.

FAQ's of Structural mechanics apparatus:

Q: How is the structural mechanics apparatus assembled and set up for use?

A: The apparatus is supplied as a knock-down kit, allowing for easy on-site assembly. A comprehensive instruction manual guides users through each assembly step, ensuring that the frame, experimental modules, and measuring devices are securely and accurately set up for immediate use in the laboratory.

Q: What types of experiments can be performed with this equipment?

A: This apparatus allows demonstration and analysis of various structural concepts, including simply supported beams, cantilever arrangements, and truss member behavior. Users can measure deflections and reactions under different load applications, providing practical insights into real-world structural engineering problems.

Q: When is this apparatus most beneficial in an educational context?

A: It is most useful during structural mechanics courses or laboratory sessions in academic institutes, where hands-on experimentation and measurement of structural behavior are integral to the curriculum. Its high accuracy and easy usability make it ideal for both demonstrations and student-led investigations.

Q: Where is this apparatus typically used?

A: The structural mechanics apparatus is commonly used in laboratories, research facilities, and academic institutions focusing on civil or mechanical engineering. Its bench-top design makes it especially suitable for settings where space efficiency and portability are important.

Q: What are the main benefits of using this apparatus for structural mechanics training?

A: The apparatus delivers high measurement accuracy (0.01 mm), robust and corrosion-resistant construction, and flexible modularity for a range of experiments. Its manual operation nurtures hands-on skills while illustrating key mechanics principles, all in compliance with educational standards.

Q: How are measurements taken with this equipment?

A: The system is equipped with a dial gauge and graduated scales for precise measurement of structural deflections and responses. Users apply loads manually using weights and loading pins, and observe the resulting deformations directly on the measuring devices.

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