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What materials can be used to make a humanoid skin warm?
What would the properties of materials made of limpet teeth be?What are some plausible super materials?What kind of materials can survive for millennia?What hull materials are suitable for a helium-sea jet-ski?What material should be used for a spaceship that doesn't need to re-enter?Can a weapon that uses plastic materials be mass-produced with WW2-ish technology?What sounds can someone make with a blocked throat?What would be evolutionary reasons for a humanoid species to develop multiple arms?What would aliens use as raw materials?What alterations without drastically altering their humanoid shape nor horns, can I make to my species that lower the risk of neck snapping?
$begingroup$
The humanoids I'm talking about are designed with all the characteristics pertaining to robots developed with the help of soft robotics technologies. Although the skeleton is made of titanium, their "muscles" are produced from soft multi-material actuators. There's a network of nanosensors forming a substitute to human sensory receptors. The only thing I haven't yet come up with are heating elements, which will give warmth of a normal human body and at the same time won't melt delicate synthetic materials. Can anyone give a clue what sort of material can be used here? Can it be an alternative of human vascular system (as my humanoids can work on biobatteries, so this energy can be distributed by "vessels")?
The warmth is a key feature for humanoids in my world, because they work with humans and sometimes for humans providing elder care services or medical care.
materials humanoid
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$endgroup$
add a comment |
$begingroup$
The humanoids I'm talking about are designed with all the characteristics pertaining to robots developed with the help of soft robotics technologies. Although the skeleton is made of titanium, their "muscles" are produced from soft multi-material actuators. There's a network of nanosensors forming a substitute to human sensory receptors. The only thing I haven't yet come up with are heating elements, which will give warmth of a normal human body and at the same time won't melt delicate synthetic materials. Can anyone give a clue what sort of material can be used here? Can it be an alternative of human vascular system (as my humanoids can work on biobatteries, so this energy can be distributed by "vessels")?
The warmth is a key feature for humanoids in my world, because they work with humans and sometimes for humans providing elder care services or medical care.
materials humanoid
New contributor
$endgroup$
add a comment |
$begingroup$
The humanoids I'm talking about are designed with all the characteristics pertaining to robots developed with the help of soft robotics technologies. Although the skeleton is made of titanium, their "muscles" are produced from soft multi-material actuators. There's a network of nanosensors forming a substitute to human sensory receptors. The only thing I haven't yet come up with are heating elements, which will give warmth of a normal human body and at the same time won't melt delicate synthetic materials. Can anyone give a clue what sort of material can be used here? Can it be an alternative of human vascular system (as my humanoids can work on biobatteries, so this energy can be distributed by "vessels")?
The warmth is a key feature for humanoids in my world, because they work with humans and sometimes for humans providing elder care services or medical care.
materials humanoid
New contributor
$endgroup$
The humanoids I'm talking about are designed with all the characteristics pertaining to robots developed with the help of soft robotics technologies. Although the skeleton is made of titanium, their "muscles" are produced from soft multi-material actuators. There's a network of nanosensors forming a substitute to human sensory receptors. The only thing I haven't yet come up with are heating elements, which will give warmth of a normal human body and at the same time won't melt delicate synthetic materials. Can anyone give a clue what sort of material can be used here? Can it be an alternative of human vascular system (as my humanoids can work on biobatteries, so this energy can be distributed by "vessels")?
The warmth is a key feature for humanoids in my world, because they work with humans and sometimes for humans providing elder care services or medical care.
materials humanoid
materials humanoid
New contributor
New contributor
New contributor
asked 3 hours ago
YevheniiaYevheniia
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2 Answers
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$begingroup$
The material of your heaters is irrelevant. Running the right amount of current through any resistor will heat up the material. Heaters can be made thin, flexible, all it needs to have is slightly higher resistance than the leads going to the heater.
What matters is that anything else can stand 37° Celsius, which is not that exotic. Any standard plastic will do, there are very few plastics being commonly used that can't stand 37°, since you can reach that on a hot summer day.
$endgroup$
$begingroup$
You don't even need heating elements (except perhaps when the humanoid is idle for long periods). The actuators and sensors are less than 100% efficient, and with decent insulation the waste heat suffices to keep the skin warm. Indeed, if it is very active, you'll need a way to remove excess heat, perhaps by the evaporation of liquid from the surface :-)
$endgroup$
– jamesqf
33 mins ago
$begingroup$
Whilst most commonly used plastics do not instantly and obviously degrade at body temperature, it doesn't seem likely that there are many plastics that are as plastic as human skin if not continuously repaired & recycled.
$endgroup$
– Giu Piete
32 mins ago
add a comment |
$begingroup$
You will need the skin to be warm, for the very reason human skin is warm. And it will have nothing to do with 'feeling like a human', and certainly no need for heating elements.
No matter how your muscles work, they will produce heat. Same for all of the electronics in the AI and the nervous system. This heat will have to be dissipated, for the same reason computers need to have cooling fans. I could see the mouth and nose working as cooling vents for fans, but I doubt that would be enough.
Your best bet would be something like the liquid cooling and ventilation garments readily available for human use. They would circulate the coolant (water? robot blood?) through the muscle fibers and electronics, to collect the heat, and then circulate it to the cooling tubes on the surface (or just below the surface) of your robot skin.
There would, of course, be no need for seams or openings. It would probably be an all one piece suit.
$endgroup$
add a comment |
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2 Answers
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2 Answers
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active
oldest
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votes
$begingroup$
The material of your heaters is irrelevant. Running the right amount of current through any resistor will heat up the material. Heaters can be made thin, flexible, all it needs to have is slightly higher resistance than the leads going to the heater.
What matters is that anything else can stand 37° Celsius, which is not that exotic. Any standard plastic will do, there are very few plastics being commonly used that can't stand 37°, since you can reach that on a hot summer day.
$endgroup$
$begingroup$
You don't even need heating elements (except perhaps when the humanoid is idle for long periods). The actuators and sensors are less than 100% efficient, and with decent insulation the waste heat suffices to keep the skin warm. Indeed, if it is very active, you'll need a way to remove excess heat, perhaps by the evaporation of liquid from the surface :-)
$endgroup$
– jamesqf
33 mins ago
$begingroup$
Whilst most commonly used plastics do not instantly and obviously degrade at body temperature, it doesn't seem likely that there are many plastics that are as plastic as human skin if not continuously repaired & recycled.
$endgroup$
– Giu Piete
32 mins ago
add a comment |
$begingroup$
The material of your heaters is irrelevant. Running the right amount of current through any resistor will heat up the material. Heaters can be made thin, flexible, all it needs to have is slightly higher resistance than the leads going to the heater.
What matters is that anything else can stand 37° Celsius, which is not that exotic. Any standard plastic will do, there are very few plastics being commonly used that can't stand 37°, since you can reach that on a hot summer day.
$endgroup$
$begingroup$
You don't even need heating elements (except perhaps when the humanoid is idle for long periods). The actuators and sensors are less than 100% efficient, and with decent insulation the waste heat suffices to keep the skin warm. Indeed, if it is very active, you'll need a way to remove excess heat, perhaps by the evaporation of liquid from the surface :-)
$endgroup$
– jamesqf
33 mins ago
$begingroup$
Whilst most commonly used plastics do not instantly and obviously degrade at body temperature, it doesn't seem likely that there are many plastics that are as plastic as human skin if not continuously repaired & recycled.
$endgroup$
– Giu Piete
32 mins ago
add a comment |
$begingroup$
The material of your heaters is irrelevant. Running the right amount of current through any resistor will heat up the material. Heaters can be made thin, flexible, all it needs to have is slightly higher resistance than the leads going to the heater.
What matters is that anything else can stand 37° Celsius, which is not that exotic. Any standard plastic will do, there are very few plastics being commonly used that can't stand 37°, since you can reach that on a hot summer day.
$endgroup$
The material of your heaters is irrelevant. Running the right amount of current through any resistor will heat up the material. Heaters can be made thin, flexible, all it needs to have is slightly higher resistance than the leads going to the heater.
What matters is that anything else can stand 37° Celsius, which is not that exotic. Any standard plastic will do, there are very few plastics being commonly used that can't stand 37°, since you can reach that on a hot summer day.
answered 2 hours ago
WhitecoldWhitecold
38119
38119
$begingroup$
You don't even need heating elements (except perhaps when the humanoid is idle for long periods). The actuators and sensors are less than 100% efficient, and with decent insulation the waste heat suffices to keep the skin warm. Indeed, if it is very active, you'll need a way to remove excess heat, perhaps by the evaporation of liquid from the surface :-)
$endgroup$
– jamesqf
33 mins ago
$begingroup$
Whilst most commonly used plastics do not instantly and obviously degrade at body temperature, it doesn't seem likely that there are many plastics that are as plastic as human skin if not continuously repaired & recycled.
$endgroup$
– Giu Piete
32 mins ago
add a comment |
$begingroup$
You don't even need heating elements (except perhaps when the humanoid is idle for long periods). The actuators and sensors are less than 100% efficient, and with decent insulation the waste heat suffices to keep the skin warm. Indeed, if it is very active, you'll need a way to remove excess heat, perhaps by the evaporation of liquid from the surface :-)
$endgroup$
– jamesqf
33 mins ago
$begingroup$
Whilst most commonly used plastics do not instantly and obviously degrade at body temperature, it doesn't seem likely that there are many plastics that are as plastic as human skin if not continuously repaired & recycled.
$endgroup$
– Giu Piete
32 mins ago
$begingroup$
You don't even need heating elements (except perhaps when the humanoid is idle for long periods). The actuators and sensors are less than 100% efficient, and with decent insulation the waste heat suffices to keep the skin warm. Indeed, if it is very active, you'll need a way to remove excess heat, perhaps by the evaporation of liquid from the surface :-)
$endgroup$
– jamesqf
33 mins ago
$begingroup$
You don't even need heating elements (except perhaps when the humanoid is idle for long periods). The actuators and sensors are less than 100% efficient, and with decent insulation the waste heat suffices to keep the skin warm. Indeed, if it is very active, you'll need a way to remove excess heat, perhaps by the evaporation of liquid from the surface :-)
$endgroup$
– jamesqf
33 mins ago
$begingroup$
Whilst most commonly used plastics do not instantly and obviously degrade at body temperature, it doesn't seem likely that there are many plastics that are as plastic as human skin if not continuously repaired & recycled.
$endgroup$
– Giu Piete
32 mins ago
$begingroup$
Whilst most commonly used plastics do not instantly and obviously degrade at body temperature, it doesn't seem likely that there are many plastics that are as plastic as human skin if not continuously repaired & recycled.
$endgroup$
– Giu Piete
32 mins ago
add a comment |
$begingroup$
You will need the skin to be warm, for the very reason human skin is warm. And it will have nothing to do with 'feeling like a human', and certainly no need for heating elements.
No matter how your muscles work, they will produce heat. Same for all of the electronics in the AI and the nervous system. This heat will have to be dissipated, for the same reason computers need to have cooling fans. I could see the mouth and nose working as cooling vents for fans, but I doubt that would be enough.
Your best bet would be something like the liquid cooling and ventilation garments readily available for human use. They would circulate the coolant (water? robot blood?) through the muscle fibers and electronics, to collect the heat, and then circulate it to the cooling tubes on the surface (or just below the surface) of your robot skin.
There would, of course, be no need for seams or openings. It would probably be an all one piece suit.
$endgroup$
add a comment |
$begingroup$
You will need the skin to be warm, for the very reason human skin is warm. And it will have nothing to do with 'feeling like a human', and certainly no need for heating elements.
No matter how your muscles work, they will produce heat. Same for all of the electronics in the AI and the nervous system. This heat will have to be dissipated, for the same reason computers need to have cooling fans. I could see the mouth and nose working as cooling vents for fans, but I doubt that would be enough.
Your best bet would be something like the liquid cooling and ventilation garments readily available for human use. They would circulate the coolant (water? robot blood?) through the muscle fibers and electronics, to collect the heat, and then circulate it to the cooling tubes on the surface (or just below the surface) of your robot skin.
There would, of course, be no need for seams or openings. It would probably be an all one piece suit.
$endgroup$
add a comment |
$begingroup$
You will need the skin to be warm, for the very reason human skin is warm. And it will have nothing to do with 'feeling like a human', and certainly no need for heating elements.
No matter how your muscles work, they will produce heat. Same for all of the electronics in the AI and the nervous system. This heat will have to be dissipated, for the same reason computers need to have cooling fans. I could see the mouth and nose working as cooling vents for fans, but I doubt that would be enough.
Your best bet would be something like the liquid cooling and ventilation garments readily available for human use. They would circulate the coolant (water? robot blood?) through the muscle fibers and electronics, to collect the heat, and then circulate it to the cooling tubes on the surface (or just below the surface) of your robot skin.
There would, of course, be no need for seams or openings. It would probably be an all one piece suit.
$endgroup$
You will need the skin to be warm, for the very reason human skin is warm. And it will have nothing to do with 'feeling like a human', and certainly no need for heating elements.
No matter how your muscles work, they will produce heat. Same for all of the electronics in the AI and the nervous system. This heat will have to be dissipated, for the same reason computers need to have cooling fans. I could see the mouth and nose working as cooling vents for fans, but I doubt that would be enough.
Your best bet would be something like the liquid cooling and ventilation garments readily available for human use. They would circulate the coolant (water? robot blood?) through the muscle fibers and electronics, to collect the heat, and then circulate it to the cooling tubes on the surface (or just below the surface) of your robot skin.
There would, of course, be no need for seams or openings. It would probably be an all one piece suit.
answered 35 mins ago
Justin Thyme the SecondJustin Thyme the Second
7506
7506
add a comment |
add a comment |
Yevheniia is a new contributor. Be nice, and check out our Code of Conduct.
Yevheniia is a new contributor. Be nice, and check out our Code of Conduct.
Yevheniia is a new contributor. Be nice, and check out our Code of Conduct.
Yevheniia is a new contributor. Be nice, and check out our Code of Conduct.
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