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Ìtọ́nisọ́nà 1,689 wà • Ẹ̀ka kékeré 11

Àwọn Ìtọ́nisọ́nà (1,689)

The Heat Pipe: Evaporation, Condensation and a Wick That Pumps

The Heat Pipe: Evaporation, Condensation and a Wick That Pumps

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

39
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The Rotary Regenerator: Store Heat in a Wheel and Carry It Across

The Rotary Regenerator: Store Heat in a Wheel and Carry It Across

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

31
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The Plate Heat Exchanger: Thin Plates, Turbulence, and a Frame You Can Open

The Plate Heat Exchanger: Thin Plates, Turbulence, and a Frame You Can Open

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

37
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Counterflow: The Same Area Does More When the Streams Run Opposite

Counterflow: The Same Area Does More When the Streams Run Opposite

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

33
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The Radiator: Mostly Convection, and Why Temperature Is Everything

The Radiator: Mostly Convection, and Why Temperature Is Everything

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

30
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The Water-Tube Boiler: Put the Water in the Tubes

The Water-Tube Boiler: Put the Water in the Tubes

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

22
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The Economiser: The Heat Still Going Up the Chimney

The Economiser: The Heat Still Going Up the Chimney

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

33
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The Fire-Tube Boiler: Surface, Not Fire, Makes Steam

The Fire-Tube Boiler: Surface, Not Fire, Makes Steam

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

40
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The Heat of Compression: Why Compressed Air Is Hot and Wet

The Heat of Compression: Why Compressed Air Is Hot and Wet

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

31
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The Air-Operated Double-Diaphragm Pump: It Stalls Instead of Bursting

The Air-Operated Double-Diaphragm Pump: It Stalls Instead of Bursting

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

25
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The Screw Compressor: A Built-In Ratio, and the Cost of the Wrong One

The Screw Compressor: A Built-In Ratio, and the Cost of the Wrong One

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

35
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The Progressing-Cavity Pump: One Thread Fewer, and Nothing Is Squeezed

The Progressing-Cavity Pump: One Thread Fewer, and Nothing Is Squeezed

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

35
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The Liquid-Ring Pump: The Water Is the Piston

The Liquid-Ring Pump: The Water Is the Piston

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

42
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The Scroll Compressor: Two Spirals, One Orbiting, No Valves

The Scroll Compressor: Two Spirals, One Orbiting, No Valves

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

33
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The Steam Injector: Feeding a Boiler With Its Own Steam

The Steam Injector: Feeding a Boiler With Its Own Steam

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

37
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The Peristaltic Pump: Two Places Closed at Once, and No Valve Touches the Fluid

The Peristaltic Pump: Two Places Closed at Once, and No Valve Touches the Fluid

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

77
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The Centrifugal Pump: Speed Squared, and Why It Cannot Lift Air

The Centrifugal Pump: Speed Squared, and Why It Cannot Lift Air

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

34
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The Bin That Stops Flowing: Arching, Ratholing, and the Gate That Causes It

The Bin That Stops Flowing: Arching, Ratholing, and the Gate That Causes It

láti ọwọ́ MartinNO

Ìmọ̀-ẹ̀rọ

35
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Balls or Rods: The Media Decide the Product, Not Just the Fineness

Balls or Rods: The Media Decide the Product, Not Just the Fineness

láti ọwọ́ EmmaSE

Ìmọ̀-ẹ̀rọ

35
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The Cone Crusher: A Parallel Zone Nothing Gets Past

The Cone Crusher: A Parallel Zone Nothing Gets Past

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

32
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Sorting by Size: Why a Screen Never Makes a Clean Cut

Sorting by Size: Why a Screen Never Makes a Clean Cut

láti ọwọ́ EmmaSE

Ìmọ̀-ẹ̀rọ

37
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Grinding in a Tumbling Mill: Critical Speed, and Why the Media Are Graded

Grinding in a Tumbling Mill: Critical Speed, and Why the Media Are Graded

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

34
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The Troughed Belt: Two Tipped Rollers That Doubled What a Conveyor Carries

The Troughed Belt: Two Tipped Rollers That Doubled What a Conveyor Carries

láti ọwọ́ EmmaSE

Ìmọ̀ Ẹ̀rọ

37
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The Gyratory Crusher: A Machine With No Idle Half-Stroke

The Gyratory Crusher: A Machine With No Idle Half-Stroke

láti ọwọ́ MartinNO

Ìmọ̀ Ẹ̀rọ

24
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