अग्निसह इसके अंग्रेजी अर्थ का उदाहरण

With fundraising largely attributed to the efforts of the artist Anna Hills, members opened a fireproof, custom-built gallery designed by the noted Los Angeles architect Myron Hunt in 1929.

Since heat moves from high to lower temperature, the outside of the oven cannot get as hot as the inside — unless it is wrapped in a fireproof blanket.

A large part of the town was destroyed by a fire in 1875, before buildings were constructed of more fireproof materials and when many used open fires for heating and cooking.

In April 1912 the definition of the Wholesale District spread farther east when plans were announced for the construction of a fireproof warehouse, the largest in the city, by F.

In order to maintain the structural integrity of the steel frame, several fireproofing measurements are taken:.

Applying a certification listed fireproofing system to certain structures allows them to have a fire-resistance rating.

One of the largest leases ever concluded in the District, up to then, was for a fireproof seven-story-plus-basement building on the east side of Los Angeles between Seventh and Eighth streets.

Spray fireproofing products have not been qualified to the thousands of firestop configurations, so they cannot be installed in conformance of a certification listing.

* fireproofing materials.

The following lists both older and newer methods of fireproofing steel beams (i-beams):.

"The structure itself was far from fireproof.

The interior walls consist of layered hollow-core "Pyrobar Blocks" (a gypsum-based fireproofing material developed in the early 1900s), with a wire mesh covering that was coated with several layers of plaster.

applying spray-on fireproofing around the i-beam.

अग्निसह हिंदी उपयोग और उदाहरण

अग्निसह मिट्टी अँगीठी, भट्ठी तथा चिमनी इत्यादि के भीतर, जहाँ आग की गरमी अत्यधिक होने से साधारण मिट्टी की ईंटें अथवा पलस्तर के चटक जाने की आशंका रहती है, अग्निसह ईंट अथवा लेप के रूप में काम में लाई जाती है।

""चित्र जोड़ें अग्निसह ईंट (फ़ायर ब्रिक अथवा रिफ्रैक्टरी ब्रिक) ऐसी ईंट को कहते हैं जो तेज आँच में न तो पिघलती है, न चटकती या विकृत होती है।

सिविल प्रौद्योगिकी एक विशेष प्रकार की मिट्टी को, जो बिना पिघले अथवा कोमल हुए अत्यधिक ताप सहन कर सकती है, अग्निसह मिट्टी कहते हैं।

इससे अग्निसह पदार्थ बनाये जाते है।

इसकी अग्निसह ईंटें भी बनाई जाती हैं।

"" चीनी मिट्टी, अग्निसह मिट्टी और अभ्रक के भंडार यहाँ पाए जाते हैं।

अग्निसह ईंट उसी प्रकार साँचे में डालकर बनाई जाती है जैसे साधारण ईंट।

ऐसी ईंटें अग्निसह मिट्टियों से बनाई जाती हैं।

अच्छी अग्निसह ईंट करीब 2,500 से 3,000 डिगरी सेंटीग्रेड तक की गर्मी सह सकती है, अतः कारखानों में बड़ी-बड़ी भट्ठियों की भीतरी सतह को गर्मी के कारण गलने से बचाने के लिए भट्ठी के भीतर इसकी चुनाई कर दी जाती है।

मामूली ईंट तथा प्लस्तर अधिक गरमी अथवा ताप से चिटक जाते हैं, अतः अँगीठियों इत्यादि की रचना में भी, जहाँ आग जलाई जाती है, अग्निसह ईंट अथवा अग्निसह मिट्टी के लेप (पलस्तर) का प्रयोग किया जाता है।

जिप्सम से अग्निसह ईटें भी बनाई जाती हैं।

चित्र जोड़ें अग्निसह ईंट (फ़ायर ब्रिक अथवा रिफ्रैक्टरी ब्रिक) ऐसी ईंट को कहते हैं जो तेज आँच में न तो पिघलती है, न चटकती या विकृत होती है।

यहाँ लौह अयस्क, चूना-पत्थर बॉक्साइट, चिकनी मिट्टी, अग्निसह मिट्टी, शैलखड़ी, फ़ेल्सपार, मैंगनीज और गेरू का व्यापक पैमाने पर खनन होता है।

अग्निसह इसके अंग्रेजी अर्थ का उदाहरण

In 1852, Old Main's first floor stairway caught fire.

Patients and staff were safely evacuated, but a firefighter and doctor were killed while trying to salvage items from the building.

Four days after the fire at Old Main, a barn on the asylum grounds caught fire.

William Spiers, a convicted arsonist, former patient, and sporadic employee, was arrested after admitting to setting both fires because he was angry with his supervisor.

Theatrical/fireworks .

Silver Fulminate is used to make noise-makers, small contact poppers, and several other novelty fireworks.

PIR is at times stated to be fire retardant, or contain fire retardants, but these describe the results of "small scale tests" and "do not reflect [all] hazards under real fire conditions"; the extent of hazards from fire include not just resistance to fire but the scope for toxic byproducts from different fire scenarios.

A 2011 study of fire toxicity of insulating materials at the University of Central Lancashire's Centre for Fire and Hazard Science studied PIR and other commonly used materials under more realistic and wide-ranging conditions representative of a wider range of fire hazard, observing that most fire deaths resulted from toxic product inhalation.

In particular, [cyanide] is recognised as a significant contributor to the fire toxicity of PIR (and PUR) foams.

Despite this PIR insulation is generally regarded as being more fire resistant than PUR insulation.

The causes of the rapid spread of fire up the outside of the building have yet to be established.

Flames can occupy the cavity between the insulation material and the cladding, and be drawn upwards by convection, elongating to create secondary fires, and do so "regardless of the materials used to line the cavities".